#
# $Id: config-sand.bcm,v 1.140 2013/09/22 14:29:47 tomerma Exp $
#
# $Copyright: (c) 2011 Broadcom Corporation
# All Rights Reserved.$

#pci_override_dev.0=0x8375

# Note: comment size is restricted to 128 charecters per line.

#########################################
##cfg for BCM88640 (PetraB), BCM88650 (Arad) and BCM88202 (Ardon)
#########################################

## temporary suppressing unknown soc properties warnings - till adding them unknown to property.h/propgen
## (need to be the first soc property in the file).
suppress_unknown_prop_warnings=1


## Multi device system (Negev): 2 devices, fabric mode is FE, mod id is slot id
## (Top line card is 0, button is 1).
#diag_chassis=1

## Disable diag init application. Should be used if one wants to run his own
## application instead of the diag init example
#diag_disable=1

## Skip cosq configuration in diag_init
#diag_cosq_disable=1
#

stack_enable.BCM88680=1
tdma_timeout_usec.BCM88680=3000000
tslam_timeout_usec.BCM88680=3000000
diag_emulator_partial_init.BCM88680=0
phy_simul.BCM88680=0


## Skip l2 configuration in diag_init
#diag_l2_disable=1

## L2 mode to load 0=DEFAULT, 1=INGRESS_DIST, 2=INGRESS_CENT, 3=EGRESS_DIST, 4=EGRESS_CENT, 5=EGRESS_INDEPENDENT
#                  6=(INGRESS_CENT + LEARN_CPU), 7=(EGRESS_CENT + LEARN_CPU)
#l2_mode=0

## Skip stk configuration in diag_init
#diag_no_appl_stk=1

## Skip itmh programmable mode configuration in diag_init
#diag_no_itmh_prog_mode=1

# Ingress PMF key allocation optimization
field_key_allocation_msb_balance_enable=1

## Set modid value. Should be used when running multi-fap system.
## Each fap should have it's unique modid value. Default is described in diag_chassis.
#module_id=<modid>

## Set base_modid value. Default is 0.
#base_module_id=<base_modid>

## Set nof_devices value. Should be set when working on multi-faps system.
## Default is 1 when diag_chassis is not enabled, or 2 when diag_chassis is enabled.
#n_devices=<nof_devices>

#########################################
##cfg for BCM88650 - Arad
#########################################

### Device configuration ###

## Activate Emulation partial init. Values: 0 - Normal, 1 - Emulation .Default: 0x0.
diag_emulator_partial_init.BCM88650=0
#diag_emulator_partial_init.BCM88270=1
#diag_emulator_partial_init.BCM88680=1
#diag_emulator_partial_init.BCM88675=2

#real phy isn't connected - remove on silicon arrival
#phy_simul.BCM88675=1

## General
# Set the FAP Device mode
# Options: PP / TM / TDM_OPTIMIZED / TDM_STANDARD
fap_device_mode.BCM88650=PP
#
# FIXME: SDK-91833
# PP Fixed Followed SDK-91662
#

# Options: SYMMETRIC / ASYMMETRIC / SINGLE_CORE
# For faster emulation, use SINGLE_CORE
device_core_mode.BCM88675=SYMMETRIC
device_core_mode.BCM88680=SYMMETRIC
## Credit worth size (Bytes)
credit_size.BCM88650=1024

## KBP recovery - allow for recovery sequence to run during init and soft reset (only if necessary)
custom_feature_kbp_recovery_enable=0

## Clock configurations
# Core clock speed (MHz). Default- BCM88650: 600 MHz, BCM88675: 720 MHz
core_clock_speed_khz.BCM88650=600000
core_clock_speed_khz.BCM88675=720000
core_clock_speed_khz.BCM88470=600000
core_clock_speed_khz.BCM88680=837500
core_clock_speed_khz.BCM88270=250000

# System reference clock (MHz). Default- BCM88650: 600 MHz, BCM88675: 800 MHz
system_ref_core_clock_khz.BCM88650=1200000

#fabric pcp
fabric_pcp_enable.BCM88675=1

#Using Tcam instead of the KAPS for the IPv4 MC and IPV6 MC
# 0 - Don't use TACM
# 1 - Use TCAM for IPV4/6 MC
# 2 - Use TACM for IPV4/6 MC but don't use the VRF field as a qualifier for IPV4 MC entries
#custom_feature_l3_mc_use_tcam=0

#for IPv6UC: use Tcam instead of KAPS
#Note that if this property is enabled the IPV6-UC RPF will be disabled
#custom_feature_l3_ipv6_uc_use_tcam=0


#ams pll override value (only for Jericho A0/A1)- possible values: 0x19, 0x1e, 0x1f. Default value 0x1f
#custom_feature_ams_pll_override.BCM88675=0x1f

### Network Interface configuration ###
## Use of the ucode_port_<Local-Port-Id>=<Interface-type>[<Interface-Id>][.<Channel-Id>]
## Local port range: 0 - 255.
## Interface types: XAUI/RXAUI/SGMII/ILKN/10GBase-R/XLGE/CGE/CPU/IGNORE

# Map bcm local port to CPU[.channel] interfaces
ucode_port_0.BCM88650=CPU.0

# Map bcm local port to Network-Interface[.channel] interfaces - TBD
ucode_port_128.BCM88650=10GBase-R36
ucode_port_129.BCM88650=10GBase-R37
ucode_port_130.BCM88650=10GBase-R32
ucode_port_131.BCM88650=10GBase-R33
ucode_port_132.BCM88650=10GBase-R34
ucode_port_133.BCM88650=10GBase-R35
ucode_port_134.BCM88650=10GBase-R16
ucode_port_135.BCM88650=10GBase-R17
ucode_port_136.BCM88650=10GBase-R18
ucode_port_137.BCM88650=10GBase-R19

ucode_port_1.BCM88650=10GBase-R22
ucode_port_2.BCM88650=10GBase-R21
ucode_port_3.BCM88650=10GBase-R42
ucode_port_4.BCM88650=10GBase-R41

custom_feature_nif_recovery_enable.BCM88650=1
custom_feature_nif_recovery_iter.BCM88650=7
custom_feature_skip_before_traffic_validation.BCM88675=0
#custom_feature_mac_fifo_start_tx_thrs.BCM88675=9

#redirect packets that are destined to invalid queues
invalid_queue_redirect=0

#CLP0
#ucode_port_1.BCM88675=XE0:core_0.1
#ucode_port_2.BCM88675=XE1:core_0.2
#ucode_port_3.BCM88675=XE2:core_0.3
#ucode_port_4.BCM88675=XE3:core_0.4
#CLP1
#ucode_port_5.BCM88675=XE4:core_0.5
#ucode_port_6.BCM88675=XE5:core_0.6
#ucode_port_7.BCM88675=XE6:core_0.7
#ucode_port_8.BCM88675=XE7:core_0.8
#CLP2
#ucode_port_9.BCM88675=XE8:core_0.9
#ucode_port_10.BCM88675=XE9:core_0.10
#ucode_port_11.BCM88675=XE10:core_0.11
#ucode_port_12.BCM88675=XE11:core_0.12
#CLP3
#ucode_port_13.BCM88675=XE12:core_0.13
#ucode_port_14.BCM88675=XE13:core_0.14
#ucode_port_15.BCM88675=XE14:core_0.15
#ucode_port_16.BCM88675=XE15:core_0.16
#CLP4
#ucode_port_17.BCM88675=XE16:core_0.17
#ucode_port_18.BCM88675=XE17:core_0.18
#ucode_port_19.BCM88675=XE18:core_0.19
#ucode_port_20.BCM88675=XE19:core_0.20
#CLP5
#ucode_port_21.BCM88675=XE20:core_0.21
#ucode_port_22.BCM88675=XE21:core_0.22
#ucode_port_23.BCM88675=XE22:core_0.23
#ucode_port_24.BCM88675=XE23:core_0.24
#XLP0
#ucode_port_25.BCM88675=XE24:core_0.25
#ucode_port_26.BCM88675=XE25:core_0.26
#ucode_port_27.BCM88675=XE26:core_0.27
#ucode_port_28.BCM88675=XE27:core_0.28
#XLP1
#ucode_port_29.BCM88675=XE28:core_0.29
#ucode_port_30.BCM88675=XE29:core_0.30
#ucode_port_31.BCM88675=XE30:core_0.31
#ucode_port_32.BCM88675=XE31:core_0.32
#XLP2
#ucode_port_33.BCM88675=XE32:core_0.33
#ucode_port_34.BCM88675=XE33:core_0.34
#ucode_port_35.BCM88675=XE34:core_0.35
#ucode_port_36.BCM88675=XE35:core_0.36
#XLP3
#ucode_port_37.BCM88675=XE36:core_0.37
#ucode_port_38.BCM88675=XE37:core_0.38
#ucode_port_39.BCM88675=XE38:core_0.39
#ucode_port_40.BCM88675=XE39:core_0.40
#XLP4 (not as PMQ0)
#ucode_port_41.BCM88675=XE40:core_0.41
#ucode_port_42.BCM88675=XE41:core_0.42
#ucode_port_43.BCM88675=XE42:core_0.43
#ucode_port_44.BCM88675=XE43:core_0.44
#XLP5 (not as PMQ1)
#ucode_port_45.BCM88675=XE44:core_0.45
#ucode_port_46.BCM88675=XE45:core_0.46
#ucode_port_47.BCM88675=XE46:core_0.47
#ucode_port_48.BCM88675=XE47:core_0.48
#XLP9
#ucode_port_49.BCM88675=XE60:core_0.49
#ucode_port_50.BCM88675=XE61:core_0.50
#ucode_port_51.BCM88675=XE62:core_0.51
#ucode_port_52.BCM88675=XE63:core_0.52
#XLP10
#ucode_port_53.BCM88675=XE64:core_0.53
#ucode_port_54.BCM88675=XE65:core_0.54
#ucode_port_55.BCM88675=XE66:core_0.55
#ucode_port_56.BCM88675=XE67:core_0.56
#XLP11 (not as PMQ3)
#ucode_port_57.BCM88675=XE68:core_0.57
#ucode_port_58.BCM88675=XE69:core_0.58
#ucode_port_59.BCM88675=XE70:core_0.59
#ucode_port_60.BCM88675=XE71:core_0.60


ucode_port_0.BCM88675=CPU.0:core_0.0
ucode_port_0.BCM88680=CPU.0:core_0.0
ucode_port_200.BCM88675=CPU.8:core_1.200
ucode_port_200.BCM88680=CPU.8:core_1.200
ucode_port_201.BCM88675=CPU.16:core_0.201
ucode_port_201.BCM88680=CPU.16:core_0.201
ucode_port_202.BCM88675=CPU.24:core_1.202
ucode_port_202.BCM88680=CPU.24:core_1.202
ucode_port_203.BCM88675=CPU.32:core_0.203
ucode_port_203.BCM88680=CPU.32:core_0.203

#default ports for Jericho and QMX
ucode_port_1.BCM88675=CGE0:core_0.1
ucode_port_2.BCM88675=ILKN1:core_0.2
ilkn_lanes_1.BCM88675=0xfff000
ucode_port_3.BCM88675=ILKN2:core_0.3
ilkn_lanes_2.BCM88675=0xfff
ucode_port_17.BCM88675=CGE1:core_1.17

#default ports for Jericho
ucode_port_13.BCM88675=10GBase-R64:core_0.13
ucode_port_14.BCM88675=10GBase-R65:core_0.14
ucode_port_15.BCM88675=10GBase-R68:core_1.15
ucode_port_16.BCM88675=10GBase-R69:core_1.16

#default ports for Jericho Plus
ucode_port_13.BCM88680=10GBase-R40:core_0.13
ucode_port_14.BCM88680=10GBase-R43:core_0.14
ucode_port_15.BCM88680=10GBase-R44:core_1.15
ucode_port_16.BCM88680=10GBase-R46:core_1.16

#default ports for QMX
ucode_port_13.BCM88375_A0=10GBase-R64:core_0.13
ucode_port_14.BCM88375_A0=10GBase-R66:core_0.14
ucode_port_15.BCM88375_A0=10GBase-R69:core_1.15
ucode_port_16.BCM88375_A0=10GBase-R71:core_1.16
 

ucode_port_13.BCM88375_B0=10GBase-R64:core_0.13
ucode_port_14.BCM88375_B0=10GBase-R66:core_0.14
ucode_port_15.BCM88375_B0=10GBase-R69:core_1.15
ucode_port_16.BCM88375_B0=10GBase-R71:core_1.16
 
 
#default ports for QAX
ucode_port_0.BCM88470=CPU.0:core_0.0

ucode_port_200.BCM88470=CPU.8:core_0.200

ucode_port_201.BCM88470=CPU.16:core_0.201

ucode_port_202.BCM88470=CPU.24:core_0.202

ucode_port_203.BCM88470=CPU.32:core_0.203

tm_port_header_type_in_0.BCM88470=INJECTED_2_PP
tm_port_header_type_out_0.BCM88470=CPU

ucode_port_1.BCM88470=XE22:core_0.1
ucode_port_2.BCM88470=XE21:core_0.2
ucode_port_3.BCM88470=XE41:core_0.3
ucode_port_4.BCM88470=XE42:core_0.4

pon_application_support_enabled_1.BCM88470=TRUE
pon_application_support_enabled_2.BCM88470=TRUE
pon_application_support_enabled_3.BCM88470=TRUE
pon_application_support_enabled_4.BCM88470=TRUE

ucode_port_128.BCM88470=XE36:core_0.128
ucode_port_129.BCM88470=XE37:core_0.129
ucode_port_130.BCM88470=XE32:core_0.130
ucode_port_131.BCM88470=XE33:core_0.131
ucode_port_132.BCM88470=XE34:core_0.132
ucode_port_133.BCM88470=XE35:core_0.133
ucode_port_134.BCM88470=XE16:core_0.134
ucode_port_135.BCM88470=XE17:core_0.135
ucode_port_136.BCM88470=XE18:core_0.136
ucode_port_137.BCM88470=XE19:core_0.137

bcm886xx_rx_use_hw_trap_id.BCM88470=0

stable_filename.BCM88270=/tmp/warmboot_data
fap_device_mode.BCM88270=PP
#default ports for QUX
ucode_port_0.BCM88270=CPU.0:core_0.0
ucode_port_200.BCM88270=CPU.8:core_0.100
ucode_port_201.BCM88270=CPU.16:core_0.101
ucode_port_202.BCM88270=CPU.24:core_0.102
ucode_port_203.BCM88270=CPU.32:core_0.103
ucode_port_1.BCM88270=XE0:core_0.1
ucode_port_2.BCM88270=XE1:core_0.2
ucode_port_3.BCM88270=XE2:core_0.3
ucode_port_13.BCM88270=GE12:core_0.13
ucode_port_14.BCM88270=GE13:core_0.14
ucode_port_15.BCM88270=GE14:core_0.15
ucode_port_16.BCM88270=GE15:core_0.16
ucode_port_17.BCM88270=GE16:core_0.17


#Firmware mode:
#(Documantation relevant for BCM886xx and BCM887xx)
# 0=DEFAULT
# 1=SFP_OPT_SR4     - optical short range
# 2=SFP_DAC         - direct attach copper
# 3=XLAUI           - 40G XLAUI mode
# 4=FORCE_OSDFE     - force over sample digital feedback equalization
# 5=FORCE_BRDFE     - force baud rate digital feedback equalization
# 6=SW_CL72         - software cl72 with AN on
# 7=CL72_WITHOUT_AN - cl72 without AN
#For Negev2 chassis enable DFE is recommended
serdes_firmware_mode.BCM88650=2
serdes_firmware_mode_il.BCM88650=4
serdes_firmware_mode_sfi.BCM88650=0
serdes_firmware_mode_sfi.BCM88675=4
serdes_firmware_mode_sfi.BCM88470=4
serdes_firmware_mode_sfi.BCM88270=4
serdes_firmware_mode_sfi.BCM88680=4


#ucode_port_1.BCM88650=10GBase-R0
#ucode_port_2.BCM88650=10GBase-R1
#ucode_port_3.BCM88650=10GBase-R2
#ucode_port_4.BCM88650=10GBase-R3
#ucode_port_5.BCM88650=10GBase-R4
#ucode_port_6.BCM88650=10GBase-R5
#ucode_port_7.BCM88650=10GBase-R6
#ucode_port_8.BCM88650=10GBase-R7
#ucode_port_9.BCM88650=10GBase-R8
#ucode_port_10.BCM88650=10GBase-R9
#ucode_port_11.BCM88650=10GBase-R10
#ucode_port_12.BCM88650=10GBase-R11
#ucode_port_13.BCM88650=10GBase-R12
#ucode_port_14.BCM88650=10GBase-R13
#ucode_port_15.BCM88650=10GBase-R14
#ucode_port_16.BCM88650=10GBase-R15
#ucode_port_17.BCM88650=10GBase-R16
#ucode_port_18.BCM88650=10GBase-R17
#ucode_port_19.BCM88650=10GBase-R18
#ucode_port_20.BCM88650=10GBase-R19
ucode_port_200.BCM88650=CPU.8
ucode_port_201.BCM88650=CPU.16
ucode_port_202.BCM88650=CPU.24
ucode_port_203.BCM88650=CPU.32

#40G
#ucode_port_1.BCM88650=XLGE0
#ucode_port_2.BCM88650=XLGE1
#ucode_port_3.BCM88650=XLGE2
#ucode_port_4.BCM88650=XLGE3
#ucode_port_5.BCM88650=XLGE4
#ucode_port_6.BCM88650=XLGE5
#ucode_port_7.BCM88650=XLGE6

#ILKN configuration - basic config
#ucode_port_31.BCM88650=ILKN0
#ucode_port_32.BCM88650=ILKN1
#ucode_port_32.BCM88675=ILKN1:core_0.32
#ilkn_num_lanes_0.BCM88650=12
#ilkn_num_lanes_1.BCM88650=12
#port_init_speed_il.BCM88650=10312


#ILKN per port channel stat
#ilkn_counters_mode.BCM88650=PACKET_PER_CHANNEL

#ILKN configuration - advanced
#ilkn_metaframe_sync_period=2048
#ILKN burst configuration - ILKN max burst suppored values: 128, 256
#ILKN burst short should be lesser or equal to burst max /2
#ilkn_burst_max.BCM88675=256
#ilkn_burst_min.BCM88675=32
# Enable\Disable ILKN status message sent through an out-of-band interface.
# ilkn_interface_status_oob_ignore.BCM88650=1

# ilkn_is_burst_interleaving<ilkn_id>
# 1 - The channelized interface functions in burst interleaving mode (default). 0 - in full packet mode.
#ilkn_is_burst_interleaving_1.BCM88675=0

##ILKN retransmit
#ilkn_retransmit_enable_rx.BCM88650=1
#ilkn_retransmit_enable_tx.BCM88650=1
#ilkn_retransmit_buffer_size.BCM88650=250
#ilkn_retransmit_num_requests_resent.BCM88650=15
#ilkn_retransmit_num_sn_repetitions_tx.BCM88650=1
#ilkn_retransmit_num_sn_repetitions_rx.BCM88650=1
#ilkn_retransmit_rx_timeout_words.BCM88650=3800
#ilkn_retransmit_rx_timeout_sn.BCM88650=250
#ilkn_retransmit_rx_ignore.BCM88650=80
#ilkn_retransmit_rx_reset_when_error_enable.BCM88650=1
#ilkn_retransmit_rx_watchdog.BCM88650=0
#ilkn_retransmit_rx_reset_when_alligned_error_enable.BCM88650=1
#ilkn_retransmit_rx_reset_when_retry_error_enable.BCM88650=1
#ilkn_retransmit_rx_reset_when_wrap_after_disc_error_enable.BCM88650=1
#ilkn_retransmit_rx_reset_when_wrap_before_disc_error_enable.BCM88650=0
#ilkn_retransmit_rx_reset_when_timout_error_enable.BCM88650=0
#ilkn_retransmit_tx_wait_for_seq_num_change_enable.BCM88650=1
#ilkn_retransmit_tx_ignore_requests_when_fifo_almost_empty.BCM88650=1

#ucode_port_40.BCM88650=RCY.0
#ucode_port_41.BCM88650=RCY.1
#ucode_port_42.BCM88650=RCY.2

## CAUI Configuration
#ucode_port_41.BCM88650=CGE0
#ucode_port_42.BCM88650=CGE1
caui_num_lanes_0.BCM88650=10
caui_num_lanes_1.BCM88650=10
#Required for working IXIA 100G port:
mld_lane_swap_lane20_ce.BCM88650=0
mld_lane_swap_lane21_ce.BCM88650=1
mld_lane_swap_lane0_ce.BCM88650=20
mld_lane_swap_lane1_ce.BCM88650=21

# This configures the lane polarity
pb_serdes_lane_swap_polarity_tx_phy1.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy2.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy3.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy4.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy5.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy6.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy7.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy8.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy9.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy10.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy11.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy12.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy13.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy14.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy15.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy16.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy17.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy18.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy19.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy20.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy21.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy22.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy23.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy24.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy25.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy26.BCM88650=0
pb_serdes_lane_swap_polarity_tx_phy27.BCM88650=1
pb_serdes_lane_swap_polarity_tx_phy28.BCM88650=1

pb_serdes_lane_swap_polarity_rx_phy1.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy2.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy3.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy4.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy5.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy6.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy7.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy8.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy9.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy10.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy11.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy12.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy13.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy14.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy15.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy16.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy17.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy18.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy19.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy20.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy21.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy22.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy23.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy24.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy25.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy26.BCM88650=0
pb_serdes_lane_swap_polarity_rx_phy27.BCM88650=1
pb_serdes_lane_swap_polarity_rx_phy28.BCM88650=1

xgxs_tx_lane_map_quad0.BCM88650=0x1032
xgxs_tx_lane_map_quad1.BCM88650=0x2310
xgxs_tx_lane_map_quad2.BCM88650=0x3210
xgxs_tx_lane_map_quad3.BCM88650=0x3210
xgxs_tx_lane_map_quad4.BCM88650=0x1230
xgxs_tx_lane_map_quad5.BCM88650=0x3201
xgxs_tx_lane_map_quad6.BCM88650=0x2103
xgxs_tx_lane_map_quad7.BCM88650=0x0123

xgxs_rx_lane_map_quad0.BCM88650=0x3012
xgxs_rx_lane_map_quad1.BCM88650=0x0132
xgxs_rx_lane_map_quad2.BCM88650=0x1230
xgxs_rx_lane_map_quad3.BCM88650=0x0123
xgxs_rx_lane_map_quad4.BCM88650=0x3012
xgxs_rx_lane_map_quad5.BCM88650=0x2013
xgxs_rx_lane_map_quad6.BCM88650=0x2103


#High voltage driver strap. If 0, connected to 1.4V supply; if 1, connected to 1V mode.
#for specific quad use srd_tx_drv_hv_disable_quad_X where X is (FSRD num * 4 + internal quad)
srd_tx_drv_hv_disable.BCM88650=1

#Port init mode
#port_init_duplex=0
#port_init_adv=0
#port_init_autoneg=0


# This disables serdes initialization
# phy_null.BCM88650=1

##  Number of Internal ports
# Enable the ERP port. Values: 0 / 1.
num_erp_tm_ports.BCM88650=1
# Enable the OLP port. Values: 0 / 1.
num_olp_tm_ports.BCM88650=1

## Firmware Load Method
load_firmware.BCM88650=0x102
load_firmware.BCM88675=0x102
load_firmware_fabric.BCM88675=0x102
load_firmware_fabric.BCM88680=0x102

### Headers configuration ###

## Use of the tm_port_header_type_<Local-Port-Id>=<Header-type>
## Default header type is derived from fap_device_mode: If fap_device_mode is
## PP, default header type is ETH. Otherwise, defualt header type is TM.
## Header type per port can be overriden.
## All options: ETH/RAW/TM/PROG/CPU/STACKING/TDM/TDM_RAW/UDH_ETH
## Injected header types: if PTCH, INJECTED (local Port of type TM) or INJECTED_PP (PP)
##                        if PTCH-2, INJECTED_2 (local Port of type TM) or INJECTED_2_PP (PP)

# Set CPU to work with TM header (ITMH)
#tm_port_header_type_0.BCM88650=TM

tm_port_header_type_in_0.BCM88650=INJECTED_2
tm_port_header_type_out_0.BCM88650=TM

tm_port_header_type_in_200.BCM88650=INJECTED_2_PP
tm_port_header_type_out_200.BCM88650=ETH
tm_port_header_type_in_201.BCM88650=INJECTED_2_PP
tm_port_header_type_out_201.BCM88650=ETH
tm_port_header_type_in_202.BCM88650=INJECTED_2_PP
tm_port_header_type_out_202.BCM88650=ETH
tm_port_header_type_in_203.BCM88650=INJECTED_2_PP
tm_port_header_type_out_203.BCM88650=ETH


### Parser Configuration ###
# Parser has 4 custom macros that are allocated dynamically and
# configured according to the following features and soc properties:
# Trill (1 macro) - trill_mode
# FCoE (2 macros) - bcm886xx_fcoe_switch_mode
# VxLAN (1 macro) - bcm886xx_vxlan_enable
# IPv6-Extension-header (2 macros) - bcm886xx_ipv6_ext_hdr_enable
# UDP (1 macro) - UDP parsing is enabled by default, and can be
#  disabled with soc property custom_feature_udp_parse_disable
#  When disabling UDP parsing VxLAN and 1588oUDP are affected


# In FCoE NPV switch, if set to 1, 
# packets that ingress from the N_PORT are treated as bridge
# and packets that ingress from the NP_PORT are treated as router
#fcoe_npv_bridge_mode=1
# Enable IPv6 Extension Header, 0 - disable (default), 1 - enable
#bcm886xx_ipv6_ext_hdr_enable=1

# Disable UDP parsing, 0 - enable (default), 1 - disable
#custom_feature_udp_parse_disable=1

#OAMP/SAT port
#tm_port_header_type_out_232.BCM88650=CPU
tm_port_header_type_out_232.BCM88675=CPU

### SAT
## Enable SAT Interface. 0 - Disable, 1 - Enable (Default) 
sat_enable=1

# Set the recycling port processing to be raw (static forwarding)
tm_port_header_type_rcy.BCM88650=RAW

### RCPU
# Valid CPU local ports on which RCPU packets can be received by slave device.
#rcpu_rx_pbmp=0xf00000000000000000000000000000000000000000000000001

#tm_port_header_type_514.BCM88650=RAW

## Header extensions
# Set if an FTMH Out-LIF extension is present to Unicast and Multicast packets
# Options: NEVER / IF_MC (only Multicast packets) / ALWAYS
fabric_ftmh_outlif_extension.BCM88650=IF_MC

# Set the FTMH Load-Balancing Key extension mode
# Options for 88660: ENABLED, FULL_HASH
# Options for 88650: ENABLED
# Options for 88640 compatible: DISABLED / 8B_LB_KEY_8B_STACKING_ROUTE_HISTORY
# / 16B_STACKING_ROUTE_HISTORY / STANDBY_MC_LB (available only for AradPlus)
# Default: DISABLED
system_ftmh_load_balancing_ext_mode.BCM88650=DISABLED

# Set if an OTMH Out-LIF (CUD) Extension is present to Unicast and Multicast packets
# Options: NEVER / IF_MC (only Multicast packets) / ALWAYS / DOUBLE_TAG (two hop scheduling) / EXTENDED: Extended 24 bit CUD
# Default: NEVER
# tm_port_otmh_outlif_ext_mode_13.BCM88650=NEVER

# Set if an OTMH Source-System-Port Extension is present.
# Option: 0/1
# Default: 0
# tm_port_otmh_src_ext_enable_13.BCM88650=0

#Trunk hash format, relevant only for AradPlus. Possible values: NORMAL (default) / INVERTED / DUPLICATED.
#trunk_hash_format=NORMAL

## Stacking Application
#stacking_enable.BCM88650=1

## Determine if FTMH Destination System Port Extension is added to all Ethernet packets.
#ftmh_dsp_extension_add=1

## Determine if FTMH Destination System Port Extension of mirrored/snooped packets is stamped with the original destination.
#mirror_stamp_sys_on_dsp_ext=1

## System RED
# Set System-Red functionality.
#system_red_enable.BCM88650=1

# Indicate the size (Bytes) of a first header to skip
# before the major header at ingress (e.g. Ethernet, ITMH)
# It can be set per port also
first_header_size.BCM88650=0

# Indicate the size (Bytes) of the PMF Extension Headers
# to remove for TM header type ports (expecting ITMH)
# Set per port
#post_headers_size_0.BCM88650=4

# Indicate the size (Bytes) of the User-Headers: configurable
# headers located in the fabric between internal headers and
# Ethernet. Their values are set by Ingress FP, and can be used
# by Egress FP or Egress Editor.
# units: bits. 4 values can be set:
# 0 - size of the 1st User-Header, for the Egress PMF. 0b / 8b / 16b
# 1 - size of the 2nd User-Header, for the Egress PMF. 0b / 8b / 16b
# The sum of these 2 values should be under 16b
# 2, 3 - size of the 1st/2nd User-Header, for the Egress Editor.
# 0b / 8b / 16b / 24b / 32b
# Each of the global User-Header size must be under 32 bits, but not 24 bits.
# The Egress FP field is always at the MSB of the User-Header
# Not available for 88650-A0.
#field_class_id_size_0.BCM88650=8
#field_class_id_size_1.BCM88650=0
#field_class_id_size_2.BCM88650=24
#field_class_id_size_3.BCM88650=0


### Trunk - LAG configuration ###
# Set the number of LAGs: 1024, 512, 256, 128 or 64
number_of_trunks.BCM88650=256
# Using the lb-key's MSB in trunk resolutions.
# 0 = use LSB (default)
# 1 = use MSB
trunk_resolve_use_lb_key_msb_stack = 0
trunk_resolve_use_lb_key_msb_smooth_division = 0

### SYNCE configuration ###
## Synchronous Ethernet Signal Mode.
## Options: TWO_DIFF_CLK, TWO_CLK_AND_VALID. Default: TWO_CLK_AND_VALID
#sync_eth_mode.BCM88650=TWO_CLK_AND_VALID

## Clock Source (single SerDes) lane in the specified NIF port.
## Usage: sync_eth_clk_to_nif_id_clk_<clk_number>=<serdes_number>
#sync_eth_clk_to_nif_id_clk_0.BCM88650=1
#sync_eth_clk_to_nif_id_clk_1.BCM88650=1

## Clock Divider for the selected recovered clock. Valid values: 1/2/4. Default: 1.
## Usage: sync_eth_clk_divider_clk_<clk_number>=<1/2/4>
#sync_eth_clk_divider_clk_0.BCM88650=1
#sync_eth_clk_divider_clk_1.BCM88650=1

## Usage: sync_eth_clk_to_port_id_clk_<clk_number>=<serdes_number>
#sync_eth_clk_to_port_id_clk_0.BCM88675=13
#sync_eth_clk_to_port_id_clk_1.BCM88675=13

## Clock frequency selector for the selected recovered clock. Valid values: <125MHz-0/156.25MHz-1/25MHz-2>. Default: 1.
## Usage: sync_eth_clk_divider_clk<clk_id>=<0-125MHz/1-156.25MHz/2-25MHz>
#sync_eth_clk_divider_clk0.BCM88675=1
#sync_eth_clk_divider_clk1.BCM88675=1

## Enable the automatic squelch function for the recovered clock. Valid values: 0/1. Default: 0.
## Usage: sync_eth_clk_squelch_enable_clk_<clk_number>=<0/1>
#sync_eth_clk_squelch_enable_clk_0.BCM88650=0
#sync_eth_clk_squelch_enable_clk_1.BCM88650=0

### ELK configuration ###
## External lookup (TCAM) Device type select, Indicate the External lookup Device type.
# Value Options: NONE/NL88650. Default: NONE.
#ext_tcam_dev_type=NL88650


##External lookup (elk) ILKN lanes swap. If set, reverse the lanes numbering order on elk device side. DNX system default is 1.
#ext_ilkn_reverse=0

## Set ELK FWD table Size.
# format: ext_xxx_fwd_table_size.
# where xxx replaced by FWD options: ip4_uc_rpf/ip4_mc/ip6_uc_rpf/ip6/ip6_mc/trill_uc/trill_mc/mpls/coup_mpls
# Value Options: (0) - External table disabled, >0: number of entries. Default: 0.
#ext_ip4_uc_rpf_fwd_table_size=8192
#ext_ip4_mc_fwd_table_size=8192

#External TCAM result size, allows to modify each external tcam result size. 
#The total size of the external result for NL12K = 120bit .
#The size of each segment updates the corresponding qualifier bcmFieldQualifyExternalValue. 
#Default values according to the device property.
#in-case of double capacity use the following values: 48,48,24,24 and ext_tcam_result_size_segment_pad_3=24

#ext_tcam_result_size_segment_0=48
#ext_tcam_result_size_segment_1=32
#ext_tcam_result_size_segment_2=24
#ext_tcam_result_size_segment_3=16
#ext_tcam_result_size_segment_4=32
#ext_tcam_result_size_segment_5=32

## Set ELK IP FWD use NetRoute  ALG.
# Value Options: ALG_LPM_LPM/ALG_LPM_NETROUTE/ALG_LPM_TCAM. Default: ALG_LPM_TCAM.
#ext_fwd_algorithm_lpm=ALG_LPM_TCAM

## Set ELK interface mode.
# Change ELK interface configuration to support CAUI port.
# Value Options: 0/1. 0 - Normal mode, 1  2 CAUI port + ELK mode. Default: 0.
#ext_interface_mode=0

### Configure MDIO interface
# External MDIO clock rate divisor . Default: 0x24.
#rate_ext_mdio_divisor=0x36
# External MDIO clock rate divisor. Default: 0x1.
#rate_ext_mdio_dividend=1

### TDM - OTN configuration ###
# Options: 0 / TDM_OPTIMIZED / TDM_STANDARD
fap_tdm_bypass.BCM88650=0

### TDM - RAW/PACKET configuration ###
# if fap_tdm_packet config to be true, enable specific ports on the device to configure for tdm packet mode traffic.
fap_tdm_packet.BCM88650=0

# Indicate if a Petra-B device is connected to the actual device
# For TDM/OTN applications,
# system_is_petra_b_in_system.BCM88650=0
##Indicate if TDM can arrive throgh primary pipe.
#Should be 1 for a System with PetraB that connected to fabric over primary pipe.
fabric_tdm_over_primary_pipe.BCM88650=0

### Fabric configuration ###
#0-LFEC 1-8b\10b 2-FEC 3-BEC
backplane_serdes_encoding.BCM88650=2
#Possible values - KR_FEC, 64_66, RS_FEC, LL_RS_FEC
backplane_serdes_encoding.BCM88675=RS_FEC
backplane_serdes_encoding.BCM88470=RS_FEC
backplane_serdes_encoding.BCM88270=RS_FEC
backplane_serdes_encoding.BCM88680=RS_FEC

#SFI speed rate
port_init_speed_sfi.BCM88650=10312
port_init_speed_sfi.BCM88675=25000
port_init_speed_sfi.BCM88470=25000
port_init_speed_sfi.BCM88270=25000
port_init_speed_sfi.BCM88680=25000

#CL72
port_init_cl72_sfi.BCM88650=1
port_init_cl72_sfi.BCM88675=1
fabric_segmentation_enable.BCM88650=1

## Fabric transmission mode
# Set the Connect mode to the Fabric
# Options: FE - presence of a Fabric device (single stage) / MULT_STAGE_FE -  Multi-stage /
# SINGLE_FAP - stand-alone device / MESH - mesh / BACK2BACK - 2 devices in Mesh
#fabric_connect_mode.BCM88650=SINGLE_FAP
fabric_connect_mode.BCM88650=FE
# The Jericho configuration below will be overriden in jer.soc for multi device configurations
fabric_connect_mode.BCM88675=SINGLE_FAP
fabric_connect_mode.BCM88470=SINGLE_FAP
fabric_connect_mode.BCM88270=SINGLE_FAP
fabric_connect_mode.BCM88680=SINGLE_FAP


## Cell format configuration
# Indicate if the traffic can be sent in dual pipe
is_dual_mode.BCM88650=0
# Indicate on the existance of dual pipe device mode in system
system_is_dual_mode_in_system.BCM88650=0

# Indicate the format of the cell:
# A VCS128 cell is used if system_is_vcs_128_in_system or system_is_fe600_in_system is TRUE
system_is_vcs_128_in_system.BCM88650=0
system_is_fe600_in_system.BCM88650=0

### WRED ###

# Set the maximum packet size for WRED tests. 0 - means ignore max packet size.
discard_mtu_size.BCM88650=0

### OCB (On-Chip Buffer) configuration ###
# Enable the OCB
# Enable MODES:
#   0/FALSE        -->  OCB_DISABLED     --> No OCB use
#   1/TRUE         -->  OCB_ENABLED      --> Like in Arad-A0/B0. Some packets may use both DRAM and OCB resources
#   ONE_WAY_BYPASS -->  Depends on number of present drams (available only for AradPlus):
#                      0 drams:   - OCB_ONLY
#                      1 drams:   - OCB_ONLY_1_DRAM     -->  : OCB-only with 1 DRAM for the free pointers
#                      2-8 drams: - OCB_DRAM_SEPARATE   -->  : OCB and DRAM coexist separately
#   Default: TRUE.
bcm886xx_ocb_enable.BCM88650=1

## OCB (On-Chip Buffer) configuration
# OCB modes:
#   0 - Disabled
#   1 - Enabled (Default).
bcm886xx_ocb_enable.BCM88675=1

# OCB Data Buffer size. Possible values: 128/256/512/1024. Default: 256.
bcm886xx_ocb_databuffer_size.BCM88650=256
# OCB Data Buffer size. Jericho allowed values: 256/512. Default: 256.
bcm886xx_ocb_databuffer_size.BCM88675=256
# Repartition between Unicast and Full Multicast buffers.
# 0: 80% Unicast and 20% Multicast, 1: Unicast-Only
bcm886xx_ocb_repartition.BCM88650=0


### PDM configuration ###
# Set the PDM Mode.
# 0: simple (default), 1: extended (mandatory for LLFC-VSQ, PFC-VSQ, or ST-VSQ)
bcm886xx_pdm_mode.BCM88650=0

### Multicast Number of DBuff mode ###
# Set IQM FMC buffers-replication sizes
# Options for 88650: ARAD_INIT_FMC_4K_REP_64K_DBUFF_MODE/ARAD_INIT_FMC_64_REP_128K_DBUFF_MODE
# Default: ARAD_INIT_FMC_4K_REP_64K_DBUFF_MODE
multicast_nbr_full_dbuff.BCM88650=ARAD_INIT_FMC_4K_REP_64K_DBUFF_MODE

### Multicast Number of DBuff mode ###
# Set FMC buffers-replication sizes
# Options for 88675:
#    JERICHO_INIT_FMC_64_REP_512K_DBUFF_MODE
#    JERICHO_INIT_FMC_4K_REP_256K_DBUFF_MODE (Default)
#    JERICHO_INIT_FMC_NO_REP_DBUFF_MODE
multicast_nbr_full_dbuff.BCM88675=JERICHO_INIT_FMC_4K_REP_256K_DBUFF_MODE
multicast_nbr_full_dbuff.BCM88470=JERICHO_INIT_FMC_NO_REP_DBUFF_MODE
multicast_nbr_full_dbuff.BCM88270=JERICHO_INIT_FMC_NO_REP_DBUFF_MODE
multicast_nbr_full_dbuff.BCM88680=JERICHO_INIT_FMC_4K_REP_256K_DBUFF_MODE


### Multicast configuration ###
# Multicast egress vlan membership range. By default: 0-4095.
egress_multicast_direct_bitmap_max.BCM88650=4095

#### Jericho configuration of the number of ingress/egress multicast groups
# Ingress max MCID can be up to 131070, Egress max MCID in Mesh or single FAP modes is up to 65535,
# or otherwise is up to 131071.
#multicast_ingress_group_id_range_max.BCM88675=32768
#multicast_egress_group_id_range_max.BCM88675=60000

### VOQ - Flow configuration ###

# Set the VOQ mapping mode:
# DIRECT: More than 4K System Ports are supported. System-level WRED is not supported.
# INDIRECT: similar to Petra-B. Up to 4K System Ports.
voq_mapping_mode.BCM88650=INDIRECT

#Enable/disable HQOS support - mapping of many system ports to single modport
hqos_mapping_enable.BCM88650=0

# Set the Base Queue to be added to the packet flow-id
# when the Flow-Id is set explicitely either by the ITMH
# or by the Destination resolution in the Packet processing
flow_mapping_queue_base.BCM88650=0


# The allocation of the total per core resources between source and
# queue based reservation depends on one of two guarantee modes: strict and loose.
#ingress_congestion_management_guarantee_mode={STRICT,LOOSE} default: STRICT
ingress_congestion_management_guarantee_mode=LOOSE
# Each DP has its own thresholds for source based (dynamic) and for queue based (pools 0,1 and headroom).
#  ingress_congestion_management_{source,queue,all}_threshold_percentage_color_[0-3]=[0-100] default: 100,85,75,0
#  ingress_congestion_management_{ocb_only,dram_mix}_{pool_{0,1},headroom}=size default: 0
#  ingress_congestion_management_min_resource_percentage_dynamic=[0-80] default: 20

# Configure maximum IDs of ST-VSQs, maximum IDs of TM-ports, and enabling/disabling header compensation. 
ingress_congestion_management_stag_max_id.BCM88675=0
ingress_congestion_management_tm_port_max_id.BCM88675=255
ingress_congestion_management_pkt_header_compensation_enable.BCM88675=0

# The number of packet buffers used for the allocation of DMA memory at BCM RX task
# The pool size determined by nof_pkts (256) * 16K.
#rx_pool_nof_pkts.BCM88675=256


# Set the number of priorities supported at egress per Port
# Options: 1 / 2 / 8
port_priorities.BCM88650=8
port_priorities.BCM88675=2
port_priorities.BCM88470=2
port_priorities.BCM88270=2
port_priorities.BCM88680=2


# Set the shared multicast resource mode: Strict / Discrete
egress_shared_resources_mode.BCM88650=Strict

# Define outgoing port rate mode in data rate or packet rate.
# Options: DATA / PACKET
otm_port_packet_rate.BCM88650=DATA

# Set Port egress recycling scheduler configuration.
# 0: Strict Priority Scheduler, 1: Round Robin Scheduler
port_egress_recycling_scheduler_configuration.BCM88650=0

# Set statically the region mode per region id
# 0: queue connectors only (InterDigitated = FALSE, OddEven = TRUE)
# 1: queue connectors, SE (InterDigitated =TRUE, OddEven = TRUE)
# 2: queue connectors, SE (InterDigitated =TRUE, OddEven = FALSE)
dtm_flow_mapping_mode_region_65.BCM88650=0
dtm_flow_mapping_mode_region_66.BCM88650=0
dtm_flow_mapping_mode_region_67.BCM88650=0
dtm_flow_mapping_mode_region_68.BCM88650=0
dtm_flow_mapping_mode_region_69.BCM88650=0
dtm_flow_mapping_mode_region_70.BCM88650=0
dtm_flow_mapping_mode_region_71.BCM88650=0
dtm_flow_mapping_mode_region_72.BCM88650=0
dtm_flow_mapping_mode_region_73.BCM88650=0
dtm_flow_mapping_mode_region_74.BCM88650=0
dtm_flow_mapping_mode_region_75.BCM88650=0
dtm_flow_mapping_mode_region_76.BCM88650=0
dtm_flow_mapping_mode_region_77.BCM88650=0
dtm_flow_mapping_mode_region_78.BCM88650=0
dtm_flow_mapping_mode_region_79.BCM88650=0
dtm_flow_mapping_mode_region_80.BCM88650=0
dtm_flow_mapping_mode_region_81.BCM88650=1
dtm_flow_mapping_mode_region_82.BCM88650=1
dtm_flow_mapping_mode_region_83.BCM88650=1
dtm_flow_mapping_mode_region_84.BCM88650=1
dtm_flow_mapping_mode_region_85.BCM88650=1
dtm_flow_mapping_mode_region_86.BCM88650=1
dtm_flow_mapping_mode_region_87.BCM88650=1
dtm_flow_mapping_mode_region_88.BCM88650=1
dtm_flow_mapping_mode_region_89.BCM88650=1
dtm_flow_mapping_mode_region_90.BCM88650=1
dtm_flow_mapping_mode_region_91.BCM88650=1
dtm_flow_mapping_mode_region_92.BCM88650=1
dtm_flow_mapping_mode_region_93.BCM88650=1
dtm_flow_mapping_mode_region_94.BCM88650=1
dtm_flow_mapping_mode_region_95.BCM88650=1
dtm_flow_mapping_mode_region_96.BCM88650=1
dtm_flow_mapping_mode_region_97.BCM88650=1
dtm_flow_mapping_mode_region_98.BCM88650=1
dtm_flow_mapping_mode_region_99.BCM88650=2
dtm_flow_mapping_mode_region_100.BCM88650=2
dtm_flow_mapping_mode_region_101.BCM88650=2
dtm_flow_mapping_mode_region_102.BCM88650=2
dtm_flow_mapping_mode_region_103.BCM88650=2
dtm_flow_mapping_mode_region_104.BCM88650=2
dtm_flow_mapping_mode_region_105.BCM88650=2
dtm_flow_mapping_mode_region_106.BCM88650=2
dtm_flow_mapping_mode_region_107.BCM88650=2
dtm_flow_mapping_mode_region_108.BCM88650=2
dtm_flow_mapping_mode_region_109.BCM88650=2
dtm_flow_mapping_mode_region_110.BCM88650=2
dtm_flow_mapping_mode_region_111.BCM88650=2
dtm_flow_mapping_mode_region_112.BCM88650=2
dtm_flow_mapping_mode_region_113.BCM88650=2
dtm_flow_mapping_mode_region_114.BCM88650=2
dtm_flow_mapping_mode_region_115.BCM88650=2
dtm_flow_mapping_mode_region_116.BCM88650=2
dtm_flow_mapping_mode_region_117.BCM88650=2
dtm_flow_mapping_mode_region_118.BCM88650=2
dtm_flow_mapping_mode_region_119.BCM88650=2
dtm_flow_mapping_mode_region_120.BCM88650=2
dtm_flow_mapping_mode_region_121.BCM88650=2
dtm_flow_mapping_mode_region_122.BCM88650=2
dtm_flow_mapping_mode_region_123.BCM88650=2
dtm_flow_mapping_mode_region_124.BCM88650=2
dtm_flow_mapping_mode_region_125.BCM88650=2
dtm_flow_mapping_mode_region_126.BCM88650=2
dtm_flow_mapping_mode_region_127.BCM88650=2
dtm_flow_mapping_mode_region_128.BCM88650=2

## Configure number of symmetric cores each region supports ##
dtm_flow_nof_remote_cores_region_1.BCM88650=2
dtm_flow_nof_remote_cores_region_2.BCM88650=2
dtm_flow_nof_remote_cores_region_3.BCM88650=2
dtm_flow_nof_remote_cores_region_4.BCM88650=2
dtm_flow_nof_remote_cores_region_5.BCM88650=2
dtm_flow_nof_remote_cores_region_6.BCM88650=2
dtm_flow_nof_remote_cores_region_7.BCM88650=2
dtm_flow_nof_remote_cores_region_8.BCM88650=2
dtm_flow_nof_remote_cores_region_9.BCM88650=2
dtm_flow_nof_remote_cores_region_10.BCM88650=2
dtm_flow_nof_remote_cores_region_11.BCM88650=2
dtm_flow_nof_remote_cores_region_12.BCM88650=2
dtm_flow_nof_remote_cores_region_13.BCM88650=2
dtm_flow_nof_remote_cores_region_14.BCM88650=2
dtm_flow_nof_remote_cores_region_15.BCM88650=2
dtm_flow_nof_remote_cores_region_16.BCM88650=2
dtm_flow_nof_remote_cores_region_17.BCM88650=2
dtm_flow_nof_remote_cores_region_18.BCM88650=2
dtm_flow_nof_remote_cores_region_19.BCM88650=2
dtm_flow_nof_remote_cores_region_20.BCM88650=2
dtm_flow_nof_remote_cores_region_21.BCM88650=2
dtm_flow_nof_remote_cores_region_22.BCM88650=2
dtm_flow_nof_remote_cores_region_23.BCM88650=2
dtm_flow_nof_remote_cores_region_24.BCM88650=2
dtm_flow_nof_remote_cores_region_25.BCM88650=2
dtm_flow_nof_remote_cores_region_26.BCM88650=2
dtm_flow_nof_remote_cores_region_27.BCM88650=2
dtm_flow_nof_remote_cores_region_28.BCM88650=2
dtm_flow_nof_remote_cores_region_29.BCM88650=2
dtm_flow_nof_remote_cores_region_30.BCM88650=2
dtm_flow_nof_remote_cores_region_31.BCM88650=2
dtm_flow_nof_remote_cores_region_32.BCM88650=2
dtm_flow_nof_remote_cores_region_33.BCM88650=2
dtm_flow_nof_remote_cores_region_34.BCM88650=2
dtm_flow_nof_remote_cores_region_35.BCM88650=2
dtm_flow_nof_remote_cores_region_36.BCM88650=2
dtm_flow_nof_remote_cores_region_37.BCM88650=2
dtm_flow_nof_remote_cores_region_38.BCM88650=2
dtm_flow_nof_remote_cores_region_39.BCM88650=2
dtm_flow_nof_remote_cores_region_40.BCM88650=2
dtm_flow_nof_remote_cores_region_41.BCM88650=2
dtm_flow_nof_remote_cores_region_42.BCM88650=2
dtm_flow_nof_remote_cores_region_43.BCM88650=2
dtm_flow_nof_remote_cores_region_44.BCM88650=2
dtm_flow_nof_remote_cores_region_45.BCM88650=2
dtm_flow_nof_remote_cores_region_46.BCM88650=2
dtm_flow_nof_remote_cores_region_47.BCM88650=2
dtm_flow_nof_remote_cores_region_48.BCM88650=2
dtm_flow_nof_remote_cores_region_49.BCM88650=2
dtm_flow_nof_remote_cores_region_50.BCM88650=2
dtm_flow_nof_remote_cores_region_51.BCM88650=2
dtm_flow_nof_remote_cores_region_52.BCM88650=2
dtm_flow_nof_remote_cores_region_53.BCM88650=2
dtm_flow_nof_remote_cores_region_54.BCM88650=2
dtm_flow_nof_remote_cores_region_55.BCM88650=2
dtm_flow_nof_remote_cores_region_56.BCM88650=2
dtm_flow_nof_remote_cores_region_57.BCM88650=2
dtm_flow_nof_remote_cores_region_58.BCM88650=2
dtm_flow_nof_remote_cores_region_59.BCM88650=2
dtm_flow_nof_remote_cores_region_60.BCM88650=2
#dtm_flow_nof_remote_cores_region_core0_2.BCM88675=2


# Configure number of symmetric cores each region supports ##
#device_core_mode.BCM88470=SINGLE_CORE
# IL region has offset of 63, i.e. region_1 here will show as region 64 in code
## Configure number of symmetric cores each region supports ##
dtm_flow_nof_remote_cores_region_1.BCM88470=2
dtm_flow_nof_remote_cores_region_2.BCM88470=2
dtm_flow_nof_remote_cores_region_3.BCM88470=1
dtm_flow_nof_remote_cores_region_4.BCM88470=1
dtm_flow_nof_remote_cores_region_5.BCM88470=2
dtm_flow_nof_remote_cores_region_6.BCM88470=1
dtm_flow_nof_remote_cores_region_7.BCM88470=2
dtm_flow_nof_remote_cores_region_8.BCM88470=2
dtm_flow_nof_remote_cores_region_9.BCM88470=1
dtm_flow_nof_remote_cores_region_10.BCM88470=1
dtm_flow_nof_remote_cores_region_11.BCM88470=1
dtm_flow_nof_remote_cores_region_12.BCM88470=1
dtm_flow_nof_remote_cores_region_13.BCM88470=1
dtm_flow_nof_remote_cores_region_14.BCM88470=1
dtm_flow_nof_remote_cores_region_15.BCM88470=1
dtm_flow_nof_remote_cores_region_16.BCM88470=1
dtm_flow_nof_remote_cores_region_17.BCM88470=1
dtm_flow_nof_remote_cores_region_18.BCM88470=2
dtm_flow_nof_remote_cores_region_19.BCM88470=1
dtm_flow_nof_remote_cores_region_20.BCM88470=1
dtm_flow_nof_remote_cores_region_21.BCM88470=1
dtm_flow_nof_remote_cores_region_22.BCM88470=1
dtm_flow_nof_remote_cores_region_23.BCM88470=1
dtm_flow_nof_remote_cores_region_24.BCM88470=1
dtm_flow_nof_remote_cores_region_25.BCM88470=1
dtm_flow_nof_remote_cores_region_26.BCM88470=1
dtm_flow_nof_remote_cores_region_27.BCM88470=1
dtm_flow_nof_remote_cores_region_28.BCM88470=1
dtm_flow_nof_remote_cores_region_29.BCM88470=1
dtm_flow_nof_remote_cores_region_30.BCM88470=1
dtm_flow_nof_remote_cores_region_31.BCM88470=1
dtm_flow_nof_remote_cores_region_32.BCM88470=1
dtm_flow_nof_remote_cores_region_33.BCM88470=1
dtm_flow_nof_remote_cores_region_34.BCM88470=1
dtm_flow_nof_remote_cores_region_35.BCM88470=1
dtm_flow_nof_remote_cores_region_36.BCM88470=1

dtm_flow_nof_remote_cores_region_37.BCM88470=1
dtm_flow_nof_remote_cores_region_38.BCM88470=1
dtm_flow_nof_remote_cores_region_39.BCM88470=1
dtm_flow_nof_remote_cores_region_40.BCM88470=1
dtm_flow_nof_remote_cores_region_41.BCM88470=1
dtm_flow_nof_remote_cores_region_42.BCM88470=1
dtm_flow_nof_remote_cores_region_43.BCM88470=1
dtm_flow_nof_remote_cores_region_44.BCM88470=1
dtm_flow_nof_remote_cores_region_45.BCM88470=1
dtm_flow_nof_remote_cores_region_46.BCM88470=1
dtm_flow_nof_remote_cores_region_47.BCM88470=1
dtm_flow_nof_remote_cores_region_48.BCM88470=1
dtm_flow_nof_remote_cores_region_49.BCM88470=1
dtm_flow_nof_remote_cores_region_50.BCM88470=1
dtm_flow_nof_remote_cores_region_51.BCM88470=1
dtm_flow_nof_remote_cores_region_52.BCM88470=1
dtm_flow_nof_remote_cores_region_53.BCM88470=1
dtm_flow_nof_remote_cores_region_54.BCM88470=1
dtm_flow_nof_remote_cores_region_55.BCM88470=1
dtm_flow_nof_remote_cores_region_56.BCM88470=1
dtm_flow_nof_remote_cores_region_57.BCM88470=1
dtm_flow_nof_remote_cores_region_58.BCM88470=1
dtm_flow_nof_remote_cores_region_59.BCM88470=1
dtm_flow_nof_remote_cores_region_60.BCM88470=1

dtm_flow_mapping_mode_region_33.BCM88470=0
dtm_flow_mapping_mode_region_34.BCM88470=0
dtm_flow_mapping_mode_region_35.BCM88470=0
dtm_flow_mapping_mode_region_36.BCM88470=0
dtm_flow_mapping_mode_region_37.BCM88470=0
dtm_flow_mapping_mode_region_38.BCM88470=0
dtm_flow_mapping_mode_region_39.BCM88470=0
dtm_flow_mapping_mode_region_40.BCM88470=0

## Configure number of symmetric cores each region supports ##
dtm_flow_nof_remote_cores_region_1.BCM88270=2
dtm_flow_nof_remote_cores_region_2.BCM88270=2
dtm_flow_nof_remote_cores_region_3.BCM88270=2
dtm_flow_nof_remote_cores_region_4.BCM88270=2
dtm_flow_nof_remote_cores_region_5.BCM88270=2
dtm_flow_nof_remote_cores_region_6.BCM88270=2
dtm_flow_nof_remote_cores_region_7.BCM88270=2
dtm_flow_nof_remote_cores_region_8.BCM88270=2
dtm_flow_nof_remote_cores_region_9.BCM88270=2
dtm_flow_nof_remote_cores_region_10.BCM88270=2
dtm_flow_nof_remote_cores_region_11.BCM88270=2
dtm_flow_nof_remote_cores_region_12.BCM88270=2
dtm_flow_nof_remote_cores_region_13.BCM88270=2
dtm_flow_nof_remote_cores_region_14.BCM88270=2
dtm_flow_nof_remote_cores_region_15.BCM88270=2
dtm_flow_nof_remote_cores_region_16.BCM88270=2
dtm_flow_nof_remote_cores_region_17.BCM88270=2
dtm_flow_nof_remote_cores_region_18.BCM88270=2
dtm_flow_nof_remote_cores_region_19.BCM88270=1
dtm_flow_nof_remote_cores_region_20.BCM88270=1
dtm_flow_nof_remote_cores_region_21.BCM88270=1
dtm_flow_nof_remote_cores_region_22.BCM88270=1
dtm_flow_nof_remote_cores_region_23.BCM88270=1
dtm_flow_nof_remote_cores_region_24.BCM88270=1
dtm_flow_nof_remote_cores_region_25.BCM88270=1
dtm_flow_nof_remote_cores_region_26.BCM88270=1
dtm_flow_nof_remote_cores_region_27.BCM88270=1
dtm_flow_nof_remote_cores_region_28.BCM88270=1
dtm_flow_nof_remote_cores_region_29.BCM88270=1
dtm_flow_nof_remote_cores_region_30.BCM88270=1
dtm_flow_nof_remote_cores_region_31.BCM88270=1
dtm_flow_nof_remote_cores_region_32.BCM88270=1

dtm_flow_mapping_mode_region_17.BCM88270=0
dtm_flow_mapping_mode_region_18.BCM88270=0
dtm_flow_mapping_mode_region_19.BCM88270=0
dtm_flow_mapping_mode_region_20.BCM88270=0

### Flow Control configuration ###
# Set the Flow control type per Port.
# Options: LL (Link-level) / CB2 (Class-Based - 2 classes) /
# CB8 (Class-Based - 8 classes)
# flow_control_type.BCM88650=LL

## Out-Of-Band Flow control configuration
#spn_FC_OOB_TYPE, spn_FC_OOB_MODE, spn_FC_OOB_CALENDER_LENGTH, spn_FC_OOB_CALENDER_REP_COUNT,

## Set voltage mode for oob interfaces
#HSTL_1.5V
#3.3V
#HSTL_1.5V_VDDO_DIV_2
ext_voltage_mode_oob=3.3V

## Inband Interlaken configuration
# spn_FC_INBAND_INTLKN_MODE, spn_FC_INBAND_INTLKN_CALENDER_LENGTH, spn_FC_INBAND_INTLKN_CALENDER_REP_COUNT
# spn_FC_INBAND_INTLKN_CALENDER_LLFC_MODE, spn_FC_INBAND_INTLKN_LLFC_MUB_ENABLE_MASK

### Meter engine configuration ###

# Specify meter operation mode
# 32 - Two meters per packet (32k total)
# 64 - One meter per packet (64k total) or two meter per packet in dual core device configured as SINGLE_CORE (128K total)
# 128 - One meter per packet in dual core device configured as SINGLE_CORE (128K total)
# Options: 0, 32, 64, 128
policer_ingress_count.BCM88650=32
policer_ingress_count.BCM88470=32
policer_ingress_count.BCM88270=32
policer_ingress_count.BCM88680=32


# For meters in double 32k/64K mode, determine the sharing mode
# Options:
# 0 - NONE - For 64k or 128K (one meter per packet)
# 1 - SERIAL - 32k mode only (two meters per packet)
# 2 - PARALLEL - For 32k or 64k (two meter per packet)
policer_ingress_sharing_mode.BCM88650=1
policer_ingress_sharing_mode.BCM88470=1
policer_ingress_sharing_mode.BCM88270=1
policer_ingress_sharing_mode.BCM88680=1


# Applies only to Arad+ (88660)
# For meters in parallel mode, determine the mapping
# Options: BEST, WORST
# policer_result_parallel_color_map.BCM88650=WORST

# Applies only to Arad+ (88660)
# For meters in parallel mode, determine how the buckets are changed
# Options: CONSTANT, TRANSPARENT, DEFERRED
# policer_result_parallel_bucket_update.BCM88650=CONSTANT

# Applies only to Arad+ (88660)
# Set the Ethernet policer to work in color blind mode
# rate_color_blind.BCM88650=1

# L2 learn limit mode
# Options: VLAN, VLAN_PORT, TUNNEL or the numeric equivalent 0-2.
# Default: VLAN
# l2_learn_limit_mode = VLAN_PORT

# Applies only to Arad+ (88660)
# Determines the L2 learn limit ranges when l2_learn_limit_mode is set to VLAN_PORT
# Two range bases can be selected, each of 16K size.
# Options: 0, 16K, 32K, 48K.
# Default: 0 & 16K
# l2_learn_lif_range_base_0 = 0
# l2_learn_lif_range_base_1 = 16K

# SW shadow mode for exact match tables. Required for SER support and DBAL diagnostics.
#   0 - Disabled (Default)
#   1 - Enabled
#   2 - Disabled for LEM, enabled for other exact match tables
exact_match_tables_shadow_enable.BCM88650 = 1
exact_match_tables_shadow_enable.BCM88675 = 2

# determine how many cmcs connected to the CPU. 
# default value = 1
# applies only to jericho and above. 
pci_cmcs_num.88675 = 3
pci_cmcs_num.88470 = 3

### Counter engine configuration ###

# Set the Counter source
# Options: INGRESS_FIELD / INGRESS_VOQ / INGRESS_VSQ / INGRESS_CNM / 
# INGRESS_LATENCY / EGRESS_FIELD / EGRESS_VSI / EGRESS_OUT_LIF / EGRESS_TM (per queue) / EGRESS_TM_PORT (per port)
# EGRESS_RECEIVE_VSI / EGRESS_RECEIVE_OUT_LIF / EGRESS_RECEIVE_TM (per queue) / EGRESS_RECEIVE_TM_PORT (per port)
# INGRESS_OAM / EGRESS_OAM
# 2 Counter-Pointers can be set (with _0 and _1) for
# INGRESS_FIELD / EGRESS_FIELD / EGRESS_VSI / EGRESS_OUT_LIF / EGRESS_TM / EGRESS_TM_PORT
# Range extension can be set (with _LSB and _MSB) for
# INGRESS_FIELD / EGRESS_VSI / EGRESS_OUT_LIF / EGRESS_TM / EGRESS_TM_PORT /EGRESS_RECEIVE_VSI /
# EGRESS_RECEIVE_OUT_LIF / EGRESS_RECEIVE_TM / EGRESS_RECEIVE_TM_PORT
counter_engine_source_0.BCM88650=INGRESS_FIELD_0
counter_engine_source_1.BCM88650=INGRESS_FIELD_1
counter_engine_source_2.BCM88650=INGRESS_VOQ
counter_engine_source_3.BCM88650=EGRESS_FIELD

# Configure the statistic interface egress transmit PP source and the ingress received PP source
# Options for egress: EGRESS_VSI / EGRESS_OUT_LIF / EGRESS_TM / EGRESS_TM_PORT (the default is TM)
# Options for ingress: INGRESS_VSI / INGRESS_IN_LIF / INGRESS_TM (the default is TM)
# valid just when there is no conflict with the other counter engines
#counter_engine_source_egress_pp_stat0.BCM88650=EGRESS_TM
#counter_engine_source_egress_pp_stat1.BCM88650=EGRESS_VSI
#counter_engine_source_ingress_pp_stat0.BCM88650=INGRESS_IN_LIF
#counter_engine_source_ingress_pp_stat1.BCM88650=INGRESS_TM


# Set the Counter engine resolution
# SIMPLE_COLOR = green, not green
# SIMPLE_COLOR_FWD = fwd green, fwd not green (BCM88660_A0 only)
# SIMPLE_COLOR_DROP = drop green, drop not green (BCM88660_A0 only)
# FWD_DROP = forwarded, dropped
# GREEN_NOT_GREEN = fwd grn, drop grn, fwd not grn, drop not grn
# FULL_COLOR = fwd grn, drop grn, fwd not grn, drop yel, drop red
# ALL = received
# FWD = forwarded, DROP = droped (not supported by ARAD_A0)
# CONFIGURABLE = defined by counter_engine_map_ SOC properties (BCM88660_A0 only)
counter_engine_statistics_0.BCM88650=FULL_COLOR
counter_engine_statistics_1.BCM88650=FULL_COLOR
counter_engine_statistics_2.BCM88650=FULL_COLOR
counter_engine_statistics_3.BCM88650=FULL_COLOR

# Set the Counter format
# Options: PACKETS_AND_BYTES / PACKETS / BYTES
# / MAX_QUEUE_SIZE / LATENCY / PACKETS_AND_PACKETS(supported just in FWD_DROP statistic in BCM88660_A0)
# If not PACKETS_AND_BYTES or PACKETS_AND_PACKETS, the HW Counter width is 59 bits, thus
# no background SW operation is performed
counter_engine_format_0.BCM88650=PACKETS_AND_BYTES
counter_engine_format_1.BCM88650=PACKETS_AND_BYTES
counter_engine_format_2.BCM88650=PACKETS_AND_BYTES
counter_engine_format_3.BCM88650=PACKETS_AND_BYTES

# #enable/disable counter processor background thread (default:1-enable)
# counter_engine_sampling_interval=1


### Configurable mode configuration (BCM88660_A0 only)###
# counter_engine_statistics_0.BCM88660_A0=CONFIGURABLE
# counter_engine_map_enable_0.BCM88660_A0=1
# counter_engine_map_size_0.BCM88660_A0=4
# counter_engine_map_fwd_green_offset_0.BCM88660_A0=0
# counter_engine_map_fwd_yellow_offset_0.BCM88660_A0=1
# counter_engine_map_fwd_red_offset_0.BCM88660_A0=1
# counter_engine_map_fwd_black_offset_0.BCM88660_A0=2
# counter_engine_map_drop_green_offset_0.BCM88660_A0=3
# counter_engine_map_drop_yellow_offset_0.BCM88660_A0=3
# counter_engine_map_drop_red_offset_0.BCM88660_A0=3
# counter_engine_map_drop_black_offset_0.BCM88660_A0=3

### Statistic-Report configuration ###
# Enable the Statistic-Interface configuration
# stat_if_enable_<port> - not supported by ARAD_A0
# stat_if_enable.BCM88650=1

# ## Statistic-Report Properties
# # Set Statistic-Report interface rate in Mbps
# # If Value is '0' the statistics port rate will be used. Default: 0.
# stat_if_rate.BCM88650=0
# # Set the Statistic-Report mode
# # Options: BILLING / BILLING_QUEUE_NUMBER (not supported by ARAD_A0)/ QSIZE
# stat_if_report_mode.BCM88650=QSIZE
# #Indicate if idle reports must be sent
# #when the Statistic-report rate is too low
# stat_if_idle_reports_present.BCM88650=0
# # Indicate if the reported packet size is the original packet size
# stat_if_report_original_pkt_size.BCM88650=1
# #If set then a single ingress-billing report will be generated
# #for the whole set of the multicast copies
# stat_if_report_multicast_single_copy=1
# ## Statistic Packet configurations
# # Set the Statistic Packet size (Bytes)
# # Valid values: 65B/126B/248B/492B (Queue-Size), 64B/128B/256B/512B/1024B (Billing).
# stat_if_pkt_size=64B
#
# ## Scrubber configuration
# # Set the range of VOQs to scrub. Range: 0 - 96K-1.
# stat_if_scrubber_queue_min.BCM88650=0
# stat_if_scrubber_queue_max.BCM88650=0
#
# # Set the scrubber rate range
# # If set to 0 (default), the scrubber is disabled. Units: nanoseconds
# stat_if_scrubber_rate_min.BCM88650=0
# stat_if_scrubber_rate_max.BCM88650=0
#
# # Set the thresholds (thresh_id 0 - 15) defining
# # occupancy range per resource type:
# # DRAM Buffers, Buffer descriptors, Buffer descriptors buffers
# stat_if_scrubber_bdb_th.BCM88650=0
# stat_if_scrubber_buffer_descr_th.BCM88650=0
# stat_if_uc_dram_buffer_descr_th.BCM88650=0
#
# #Relective report for queue size mode - not supported by ARAD_A0
# #Reports will be created for queue num range (stat_if_selective_report_queue_min -stat_if_selective_report_queue_max)
# #Default - all range
# stat_if_selective_report_queue_min.BCM88650_B0=0
# stat_if_selective_report_queue_max.BCM88650_B0=98303

### Transaction - DMA configuration ###
# Time to wait for SCHAN channel response (from CMIC). Units: microseconds.


### Counter threads ###
# # set port bitmap on which statistics collection will be enabled (default all ports)
# bcm_stat_pbmp.BCM88675=0xfffffffff000000000000000000000000000000000000000000000000000000000003e002
#
# # set statistics collection interval in microseconds (default is 1000000)
# bcm_stat_interval.BCM88675=1000000

### Control optimization of cosq port initializations: speed for memory ###
runtime_performance_optimize_enable_sched_allocation.BCM88650=1
runtime_performance_optimize_enable_sched_allocation.BCM88675=1

### static tables initiation (Supported for Jericho) ###
# Options: 1 - initiating static tables, 0 - doesn't initiate tables (Default Value for PCID/emulation)
#custom_feature_static_tbl_full_init.BCM88675=1
#custom_feature_dynamic_tbl_full_init.BCM88675=1

### Interrupts ###
## Set interrupts global parameters.
# Options: 1 - Polling interrupt mode, 0 - Line/MSI interrupt mode. Default: 1.
polled_irq_mode.BCM88650=0
polled_irq_mode.BCM88675=0
#  Set the delay in microsecond between the polling, relevant only to Polling mode.  Default: 0x0.
polled_irq_delay.BCM88650=50000

## CMIC interrupts:
# Enable: Use interrupts completion instead of polling completion for the following operations.
#         Options: 1 - Enable, 0 - Disable. Default: 0.
# Timeout: delay in Microsecond between the polling, relevant only to Polling completion mode.
# SCHAN:
#schan_intr_enable.0=1
schan_timeout_usec.BCM88650=300000
# TDMA
tdma_intr_enable.BCM88650=1
tdma_intr_enable.BCM88675=0
tdma_timeout_usec.BCM88650=5000000
tdma_timeout_usec.BCM88675=560000000
# TSLAM
tslam_intr_enable.BCM88650=1
tslam_intr_enable.BCM88675=0
tslam_timeout_usec.BCM88650=5000000
tslam_timeout_usec.BCM88675=560000000
# MIIM
#miim_intr_enable.0=1
miim_timeout_usec.0=300000

### DRAM configuration ###

# DRAM buffer (Dbuff) size
# Allowed values: 256/512/1024/2048.
ext_ram_dbuff_size.BCM88650=1024
ext_ram_dbuff_size.BCM88470=4096
ext_ram_dbuff_size.BCM88270=4096

# Number of external DRAMs.
# Allowed values for 88650: 0/2/3/4/6/8.
# Allowed values for 88660: 0/1/2/3/4/6/8. A value of 1 is permitted only in ONE WAY BYPASS ocb mode.
# Allowed values for 88675: 0/2/3/41/42/6/8. '41' - configure 4 drams in Single Side mode (A, B, C, D).
#                                            '42' - configure 4 drams in symmetric mode (A, C, F, H).
# Value of 0 disables the DRAM.
ext_ram_present.BCM88650=8
## this soc is configured in per board soc file (bcm88x7x_board.soc)
ext_ram_present.BCM88470=3
ext_ram_present.BCM88270=1

### Dram Tuning (Shmoo)
# 3 = Skip Dram Tuning (Shmoo).
# 2 = Use Dram saved config Parameters, if no Parameters Perform Shmoo on init. Default option.
# 1 = Perform Shmoo on init.
# 0 = Use Dram saved config Parameters, if no Parameters do nothing.
ddr3_auto_tune.BCM88650=2
ddr3_auto_tune.BCM88270=2
ddr3_auto_tune.BCM88470=2

##### DDR Tuning parameters for IL SVK4
combo28_tune_dq_wr_min_vdl_byte3_ci1.0=0x00000004,0x00000003,0x00000007,0x00000003,0x00000002,0x00000000,0x00000006,0x00000004,
combo28_tune_dq_rd_min_vdl_byte1_ci2.0=0x00000017,0x00000014,0x00000016,0x00000014,0x00000017,0x00000018,0x00000017,0x00000017,
combo28_tune_common_macro_reserved_reg_ci0.0=0x00000000,
combo28_tune_control_regs_reserved_reg_ci1.0=0x00000003,
combo28_tune_control_regs_read_clock_config_ci0.0=0x00000002,
combo28_tune_dq_rd_min_vdl_byte2_ci0.0=0x00000018,0x00000017,0x00000017,0x00000018,0x00000017,0x00000014,0x00000015,0x00000017,
combo28_tune_dq_read_max_vdl_fsm_ci1.0=0x0000004c,0x0000004c,0x0000004c,0x0000004c,
combo28_tune_aq_u_max_vdl_ctrl_ci1.0=0x00000214,
combo28_tune_dq_rd_max_vdl_dqsn_ci1.0=0x00000017,0x00000019,0x0000002d,0x0000002d,
combo28_tune_dq_ren_fifo_config_ci0.0=0x00000090,0x00000090,0x00000090,0x00000090,
combo28_tune_dq_wr_min_vdl_dbi_ci1.0=0x00000001,0x00000004,0x00000002,0x00000003,
combo28_tune_aq_u_macro_reserved_reg_ci0.0=0x00000000,
combo28_tune_dq_rd_min_vdl_edc_ci1.0=0x00000016,0x00000016,0x00000017,0x0000001a,
combo28_tune_aq_l_max_vdl_addr_ci1.0=0x00000214,
combo28_tune_dq_wr_max_vdl_data_ci2.0=0x00000238,0x00000406,0x00000247,0x00000416,
combo28_tune_dq_wr_min_vdl_byte3_ci2.0=0x00000000,0x00000003,0x00000000,0x00000000,0x00000000,0x00000003,0x00000001,0x00000001,
combo28_tune_common_macro_reserved_reg_ci1.0=0x00000000,
combo28_tune_control_regs_reserved_reg_ci2.0=0x00000003,
combo28_tune_control_regs_read_clock_config_ci1.0=0x00000002,
combo28_tune_dq_rd_min_vdl_byte2_ci1.0=0x00000015,0x00000015,0x00000019,0x00000017,0x00000014,0x00000016,0x00000018,0x00000016,
combo28_tune_dq_read_max_vdl_fsm_ci2.0=0x0000004d,0x0000004d,0x0000004d,0x0000004d,
combo28_tune_aq_u_max_vdl_ctrl_ci2.0=0x00000048,
combo28_tune_dq_rd_max_vdl_dqsn_ci2.0=0x00000023,0x00000022,0x0000002c,0x00000020,
combo28_tune_dq_ren_fifo_config_ci1.0=0x00000090,0x00000090,0x00000090,0x00000090,
combo28_tune_dq_wr_min_vdl_dbi_ci2.0=0x00000002,0x00000001,0x00000003,0x00000001,
combo28_tune_aq_u_macro_reserved_reg_ci1.0=0x00000000,
combo28_tune_dq_rd_min_vdl_edc_ci2.0=0x00000016,0x00000017,0x00000016,0x00000017,
combo28_tune_aq_l_max_vdl_addr_ci2.0=0x00000048,
combo28_tune_control_regs_ren_fifo_central_initializer_ci0.0=0x0000000f,
combo28_tune_common_macro_reserved_reg_ci2.0=0x00000000,
combo28_tune_control_regs_read_clock_config_ci2.0=0x00000002,
combo28_tune_dq_rd_min_vdl_byte2_ci2.0=0x00000018,0x00000016,0x00000015,0x00000014,0x00000015,0x00000015,0x00000014,0x00000015,
combo28_tune_dq_wr_min_vdl_byte0_ci0.0=0x00000001,0x00000002,0x00000000,0x00000002,0x00000002,0x00000003,0x00000004,0x00000001,
combo28_tune_dq_ren_fifo_config_ci2.0=0x00000090,0x00000090,0x00000090,0x00000090,
combo28_tune_dq_rd_min_vdl_byte3_ci0.0=0x00000019,0x00000017,0x0000001a,0x0000001c,0x00000017,0x00000018,0x00000014,0x00000014,
combo28_tune_aq_u_macro_reserved_reg_ci2.0=0x00000000,
combo28_tune_control_regs_ren_fifo_central_initializer_ci1.0=0x0000000f,
combo28_tune_aq_l_max_vdl_ctrl_ci0.0=0x00000201,
combo28_tune_control_regs_input_shift_ctrl_ci0.0=0x00000070,
combo28_tune_dq_wr_min_vdl_byte0_ci1.0=0x00000005,0x00000001,0x00000000,0x00000000,0x00000001,0x00000000,0x00000000,0x00000003,
combo28_tune_dq_rd_min_vdl_byte3_ci1.0=0x00000018,0x00000017,0x0000001c,0x0000001d,0x00000014,0x00000017,0x0000001e,0x0000001d,
combo28_tune_control_regs_ren_fifo_central_initializer_ci2.0=0x0000000f,
combo28_tune_dq_rd_max_vdl_dqsp_ci0.0=0x00000018,0x00000019,0x00000025,0x0000002b,
combo28_tune_aq_l_max_vdl_ctrl_ci1.0=0x00000214,
combo28_tune_control_regs_input_shift_ctrl_ci1.0=0x00000070,
combo28_tune_dq_wr_min_vdl_byte0_ci2.0=0x00000000,0x00000005,0x00000003,0x00000003,0x00000003,0x00000003,0x00000003,0x00000002,
combo28_tune_dq_wr_min_vdl_edc_ci0.0=0x00000000,0x00000000,0x00000000,0x00000000,
combo28_tune_dq_rd_min_vdl_byte3_ci2.0=0x00000015,0x00000017,0x00000014,0x00000015,0x00000016,0x00000018,0x00000018,0x00000019,
combo28_tune_dq_wr_min_vdl_byte1_ci0.0=0x00000002,0x00000002,0x00000002,0x00000003,0x00000002,0x00000001,0x00000002,0x00000000,
combo28_tune_control_regs_edcen_fifo_central_init_ci0.0=0x00000000,
combo28_tune_dq_macro_reserved_reg_ci0.0=0x00000026,0x00000026,0x00000025,0x00000026,
combo28_tune_dq_rd_max_vdl_dqsp_ci1.0=0x00000017,0x00000019,0x0000002d,0x0000002d,
combo28_tune_aq_l_max_vdl_ctrl_ci2.0=0x00000048,
combo28_tune_control_regs_input_shift_ctrl_ci2.0=0x00000070,
combo28_tune_dq_rd_min_vdl_dbi_ci0.0=0x00000016,0x00000017,0x00000017,0x00000018,
combo28_tune_dq_wr_min_vdl_edc_ci1.0=0x00000000,0x00000000,0x00000000,0x00000000,
combo28_tune_dq_wr_min_vdl_byte1_ci1.0=0x00000006,0x00000007,0x00000005,0x00000005,0x00000000,0x00000001,0x00000007,0x00000005,
combo28_tune_dq_edcen_fifo_config_ci0.0=0x00000080,0x00000080,0x00000080,0x00000080,
combo28_tune_control_regs_edcen_fifo_central_init_ci1.0=0x00000000,
combo28_tune_dq_vref_dac_config_ci0.0=0x00760000,0x00740000,0x00800000,0x007c0000,
combo28_tune_dq_macro_reserved_reg_ci1.0=0x00000026,0x0000002a,0x00000028,0x00000029,
combo28_tune_dq_rd_max_vdl_dqsp_ci2.0=0x00000023,0x00000022,0x0000002c,0x00000020,
combo28_tune_dq_rd_min_vdl_byte0_ci0.0=0x00000016,0x00000014,0x00000014,0x00000016,0x00000015,0x00000015,0x00000016,0x00000016,
combo28_tune_dq_rd_min_vdl_dbi_ci1.0=0x00000016,0x00000016,0x00000017,0x0000001a,
combo28_tune_aq_u_max_vdl_addr_ci0.0=0x00000201,
combo28_tune_dq_wr_max_vdl_dqs_ci0.0=0x00000440,0x0000044a,0x00000422,0x00000430,
combo28_tune_dq_wr_min_vdl_edc_ci2.0=0x00000000,0x00000000,0x00000000,0x00000000,
combo28_tune_dq_wr_min_vdl_byte1_ci2.0=0x00000003,0x00000000,0x00000002,0x00000001,0x00000002,0x00000001,0x00000004,0x00000001,
combo28_tune_dq_edcen_fifo_config_ci1.0=0x00000080,0x00000080,0x00000080,0x00000080,
combo28_tune_control_regs_edcen_fifo_central_init_ci2.0=0x00000000,
combo28_tune_dq_vref_dac_config_ci1.0=0x007e0000,0x007a0000,0x00820000,0x00820000,
combo28_tune_dq_macro_reserved_reg_ci2.0=0x00000028,0x00000028,0x0000002a,0x0000002b,
combo28_tune_dq_wr_min_vdl_byte2_ci0.0=0x00000001,0x00000000,0x00000003,0x00000002,0x00000005,0x00000005,0x00000003,0x00000005,
combo28_tune_dq_rd_min_vdl_byte0_ci1.0=0x00000015,0x00000017,0x00000017,0x00000017,0x00000017,0x00000015,0x00000014,0x00000015,
combo28_tune_dq_rd_min_vdl_dbi_ci2.0=0x00000016,0x00000017,0x00000016,0x00000017,
combo28_tune_control_regs_shared_vref_dac_config_ci0.0=0x00920000,
combo28_tune_aq_u_max_vdl_addr_ci1.0=0x00000214,
combo28_tune_dq_wr_max_vdl_dqs_ci1.0=0x00000440,0x00000446,0x0000042d,0x00000434,
combo28_tune_dq_edcen_fifo_config_ci2.0=0x00000080,0x00000080,0x00000080,0x00000080,
combo28_tune_aq_l_macro_reserved_reg_ci0.0=0x00000000,
combo28_tune_dq_vref_dac_config_ci2.0=0x00840000,0x007e0000,0x008a0000,0x00820000,
combo28_tune_dq_wr_min_vdl_byte2_ci1.0=0x00000000,0x00000001,0x00000002,0x00000004,0x00000003,0x00000000,0x00000004,0x00000007,
combo28_tune_dq_rd_min_vdl_byte0_ci2.0=0x00000014,0x00000015,0x00000015,0x00000014,0x00000016,0x00000017,0x00000015,0x00000016,
combo28_tune_control_regs_shared_vref_dac_config_ci1.0=0x00920000,
combo28_tune_aq_u_max_vdl_addr_ci2.0=0x00000048,
combo28_tune_dq_wr_max_vdl_dqs_ci2.0=0x00000424,0x00000435,0x0000043c,0x00000444,
combo28_tune_dq_rd_min_vdl_byte1_ci0.0=0x00000017,0x00000017,0x00000018,0x00000018,0x00000014,0x00000015,0x00000015,0x00000015,
combo28_tune_aq_l_macro_reserved_reg_ci1.0=0x00000000,
combo28_tune_dq_wr_min_vdl_byte2_ci2.0=0x00000004,0x00000000,0x00000004,0x00000005,0x00000002,0x00000003,0x00000004,0x00000004,
combo28_tune_dq_wr_max_vdl_data_ci0.0=0x00000416,0x00000428,0x00000232,0x00000241,
combo28_tune_control_regs_shared_vref_dac_config_ci2.0=0x00920000,
combo28_tune_dq_wr_min_vdl_byte3_ci0.0=0x00000005,0x00000005,0x00000005,0x00000004,0x00000003,0x00000003,0x00000003,0x00000000,
combo28_tune_dq_rd_min_vdl_byte1_ci1.0=0x00000018,0x00000018,0x00000018,0x00000014,0x00000014,0x00000014,0x00000018,0x00000014,
combo28_tune_aq_l_macro_reserved_reg_ci2.0=0x00000000,
combo28_tune_control_regs_reserved_reg_ci0.0=0x00000003,
combo28_tune_dq_read_max_vdl_fsm_ci0.0=0x0000004b,0x0000004b,0x0000004b,0x0000004b,
combo28_tune_aq_u_max_vdl_ctrl_ci0.0=0x00000201,
combo28_tune_dq_rd_max_vdl_dqsn_ci0.0=0x00000018,0x00000019,0x00000025,0x0000002b,
combo28_tune_dq_wr_min_vdl_dbi_ci0.0=0x00000001,0x00000001,0x00000003,0x00000003,
combo28_tune_dq_rd_min_vdl_edc_ci0.0=0x00000016,0x00000017,0x00000017,0x00000018,
combo28_tune_aq_l_max_vdl_addr_ci0.0=0x00000201,
combo28_tune_dq_wr_max_vdl_data_ci1.0=0x00000414,0x0000041e,0x00000234,0x00000245,

### Enable BIST
# Run Dram BIST on initialization, if BIST fail the initialization will fail. Defult: 1.
# bist_enable_dram.BCM88650=1
bist_enable_dram.BCM88270=1
bist_enable_dram.BCM88470=1

### Example for Dram Saved config Parameters.
## This example is for ci=14 (Dram=7).
#ddr3_tune_addrc_ci14=0x000000ae
#ddr3_tune_wr_dq_wl1_ci14=0x92929292,0x92929292,0x92929292,0x92929292
#ddr3_tune_wr_dq_wl0_ci14=0x93939393,0x93939393,0x92929292,0x92929292
#ddr3_tune_wr_dq_ci14=0x80808080
#ddr3_tune_vref_ci14=0x000007df
#ddr3_tune_rd_dqs_ci14=0x96969191,0x90909191
#ddr3_tune_rd_dq_wl1_rn_ci14=0x82828282,0x82828282,0x82828282,0x82828282
#ddr3_tune_rd_dq_wl0_rn_ci14=0x82828282,0x82828282,0x89898989,0x89898989
#ddr3_tune_rd_dq_wl1_rp_ci14=0x82828282,0x82828282,0x82828282,0x82828282
#ddr3_tune_rd_dq_wl0_rp_ci14=0x82828282,0x82828282,0x89898989,0x89898989
#ddr3_tune_rd_en_ci14=0x009d9e9d,0x00a2a3a1
#ddr3_tune_rd_data_dly_ci14=0x00000505


### Dram type: Select ONLY ONE of the following DRAM types, to configure all dram related parameteres per type.

# Dram Type for Arad:
#dram_type_DDR3_HYNIX_H5TQ2G63BFR_TEC_1066=1
#dram_type_DDR3_HYNIX_H5TQ2G63BFR_TEC_933=1
#dram_type_DDR3_HYNIX_H5TQ2G63BFR_TEC_800=1
#dram_type_DDR3_MICRON_MT41J256M16_4GBIT_1066=1
#dram_type_DDR3_MICRON_MT41J128M16HA_125_1066=1
#dram_type_DDR3_MICRON_MT41J128M16HA_125_933=1
#dram_type_DDR3_MICRON_MT41J128M16HA_125_800=1
#dram_type_DDR3_MICRON_MT42J64M16LA_15E_667=1
#dram_type_DDR3_SAMSUNG_K4B4G1646B_4GBIT_1066=1
#dram_type_DDR3_SAMSUNG_K4B1G1646G_933=1
#dram_type_DDR3_SAMSUNG_K4B1G1646G_800=1

# Dram Type for Jericho:
## this soc is configured in per board soc file (bcm88x7x_board.soc)
#dram_type_DDR4_MICRON_Y4016AABG_JD_F_4GBIT=1
dram_type_DDR4_MICRON_MT40A256M16HA_083EA_4GBIT=1
#dram_type_DDR4_HYNIX_H5AN4G6NMFR_VJC_4GBIT=1
#dram_type_GDDR5_SAMSUNG_K4G20325FD_2GBIT=1
#dram_type_GDDR5_SAMSUNG_K4G41325FC_4GBIT=1
#dram_type_GDDR5_MICRON_EDW4032CABG_4GBIT=1
#dram_type_GDDR5_HYNIX_H5GC4H24MFR_T2C_4GBIT=1

# Dram Type for Ardon:
#dram_type_DDR4_MICRON_EDY4016AABG_DRFR_4GBIT=1

# DRAM frequency
ext_ram_freq.BCM88675=1600

### Setting dram_type_DDR3_HYNIX_H5TQ2G63BFR_TEC_1066 Parameters as Default:
## All other dram types parameter resides in arad.soc. choosing another Dram Type will override the following parameters.
ext_ram_t_rrd=6000
ext_ram_columns=1024
ext_ram_banks=8
ext_ram_ap_bit_pos=10
ext_ram_burst_size=32
ext_ram_t_ref=3900000
ext_ram_t_wr=15000
ext_ram_t_wtr=7500
ext_ram_t_rtp=7500
ext_ram_freq=1066
ext_ram_rows=16384
ext_ram_jedec=29
ext_ram_t_rc=46090
ext_ram_t_rcd_rd=13090
ext_ram_t_rcd_wr=13090
ext_ram_t_rp=13090
ext_ram_t_rfc=160000
ext_ram_t_ras=33000
ext_ram_c_wr_latency=10
ext_ram_t_faw=35000
ext_ram_c_cas_latency=14
ddr3_mem_grade=0x141414

## address or bank address swap example
#swaps are found in bcm88xxx_board.soc
#ext_ram_addr_bank_swap_dramX_bitY=M

## dq swap example
#swaps are found in bcm88xxx_board.soc
#bit swap example:
#ext_ram_dq_swap_dramX_byteY_bitZ=M
#byte swap example:
#ext_ram_dq_swap_dramX_byteY=M

## Dram Gear down mode. Valid values: 0 - Enable, 1 - Disable. Default: 0x0.
ext_ram_gear_down_mode.BCM88675=0

## Alert_n de-assertion period above which error is considered parity error
#ext_ram_alert_n_period_thrs.BCM88675=20

## Dram Address bus inversion. Valid values: 0 - Enable, 1 - Disable. Default: 0x0.
## this soc is configured in per board soc file (bcm88x7x_board.soc)
#ext_ram_abi.BCM88675=0

## Data bus inversion on write/read direction. Valid values: 0 - Disable, 1 - Enable. Default: 0x0.
## those socs are configured in per board soc file (bcm88x7x_board.soc)
#ext_ram_write_dbi.BCM88675=0
#ext_ram_read_dbi.BCM88675=0

## Enable write/read CRC (DDR4 does not support read CRC). Default: 0x0.
## those socs are configured in per board soc file (bcm88x7x_board.soc)
#ext_ram_write_crc.BCM88675=1
#ext_ram_read_crc.BCM88675=0

## Command parity latency. Valid values: 0 - Disable, 4,5 or 6 - Valid values. Default: 0x0.
## this soc is configured in per board soc file (bcm88x7x_board.soc)
#ext_ram_cmd_par_latency.BCM88675=6

# DRAM pre-configurations according to config variables which defines
# Dram Type. BCM88650 supports only DDR3.
# Dram Type. BCM88675 supports DDR4 and GDDR5.
ext_ram_type.BCM88650=DDR3
## this soc is configured in per board soc file (bcm88x7x_board.soc)
#ext_ram_type.BCM88675=DDR4

# Total Dram Size (MBytes)
# For 8 drams interfaces, 2 channel each, Each channel 2Gbit Dram. the total DRAM size is 32GBits=4000MBytes.
ext_ram_total_size.BCM88650=4000
## this soc is configured in per board soc file (bcm88x7x_board.soc)
#ext_ram_total_size.BCM88675=8000

# Total buffer size allocated for User buffer. Units: Mbytes. Default: '0x0'.
# Supported suffix:
#       dram - the buffer size will be subtracted from the DRAM size available for packet memory.
#user_buffer_size=0
#user_buffer_size_dram=50

# DRAM ClamShell (interface swap its HW PIN pairs during init.)
# Note: Only one of DRAMs can have its PIN swapped
# Valid values: 0/1
#dram0_clamshell_enable.BCM88650=1
#dram1_clamshell_enable.BCM88650=1

# DRAM maximum number of crc error per buffer, buffer deleted by interrupt application.
#dram_crc_del_buffer_max_reclaims=0

##############################
# Config variable below are only accessed from dune.soc, and are used to
# configure BSP / example application / group of formal config variables.
##############################

## If set, always configures synthesizers, even if the configured rate is equal to
## their nominal rate. Can be disabled to speedup bringup time (keep in mind that if
## disabled, changing a synt to a non-nominal freq and than back to nominal will not
## work
#synt_over.BCM88650=1

# Local variables for board synthesizers freq. Fabric, combo and nif also configure
# the *_ref_clock soc properties for these frequencies. core, ddr and phy only
# configures the synthesizer
synt_core.BCM88650=100000000
synt_ddr.BCM88650=125000000
synt_phy.BCM88650=156250000
# in Jericho, this freq is used only for the core synth
synth_dram_freq.BCM88650=25

#Configure the reference clock frequencies for NIF and Fabric SerDes
# Options:  0 - 125MHz, 1 - 156.25MHz, -1 - Disable
serdes_nif_clk_freq.BCM88650=1
serdes_fabric_clk_freq.BCM88650=1
#serdes_nif_clk_freq.BCM88270=-1
#serdes_fabric_clk_freq.BCM88270=-1
serdes_nif_clk_freq.BCM8206=-1
serdes_fabric_clk_freq.BCM8206=-1
#serdes_nif_clk_freq_out0.BCM88675=1
#serdes_nif_clk_freq_out1.BCM88675=1
#serdes_nif_clk_freq_out2.BCM88675=1
#serdes_nif_clk_freq_in0.BCM88675=1
#serdes_nif_clk_freq_in1.BCM88675=1
#serdes_nif_clk_freq_in2.BCM88675=1
#serdes_fabric_clk_freq_out0.BCM88675=1
#serdes_fabric_clk_freq_out1.BCM88675=1
#serdes_fabric_clk_freq_in0.BCM88675=1
#serdes_fabric_clk_freq_in1.BCM88675=1


# IEEE 1588 / Broadsync -
# configure clock :
#  DPLL mode/lock: 0 - eci ts pll clk disabled, 1 - configure eci ts pll clk
#  DPLL phase/freq. Default initial: lo = 0x40000000, hi = 0x10000000.
#phy_1588_dpll_frequency_lock.BCM88650=1
#phy_1588_dpll_phase_initial_lo.BCM88650=0x40000000
#phy_1588_dpll_phase_initial_hi.BCM88650=0x10000000
# IEEE 1588 -
# port external MAC
#  indication whether external MAC exists or not.
#  0: 1588 external MAC does not exist
#  1: 1588 external MAC exists
#  the external MAC substracts the RX time from the correction field
#  and adds the TX time to the correction field.
#ext_1588_mac_enable_14.BCM88650=1
#  If set, 48 bits stamping is used for 1588 packets. otherwise 32 bit stamping is used
#  0: 1588 32b stamping (Default)
#  1: 1588 48b stamping
#bcm88660_1588_48b_stamping_enable.BCM88660=1

## Trill configurations
# Trill mode: 0 (disabled) / 1 (coarse-grained) / 2 (fine-grained)
#trill_mode.BCM88650=1

# Trill multicast prunning mode:
# 0: no prunning - vsi is not part of the key
# 1: VSI prunning: Key is dist-tree,esadit-bit,VSI.
trill_mc_prune_mode.BCM88650=0

# Enable SA authentication
#sa_auth_enabled=1

# Bridge default logical interfaces allocation IDS
logical_port_l2_bridge.BCM88650=0
logical_port_drop.BCM88650=1

#logical_port_mim_in.BCM88650=2
#logical_port_mim_out.BCM88650=4096

# Enable EVB application
#evb_enable=1

# Enable Flexible QinQ application
#vlan_translation_match_ipv4=1

# Enable presel mgmt advance mode
#field_presel_mgmt_advanced_mode=1

# Enable ITMH programmable mode
# ITMH processing fully programmable (not fixed) by using the FP APIs. 
# In this mode ITMH processing uses the TCAM/direct table for TM programs lookup, in same manner as Ethernet frames.
itmh_programmable_mode_enable.BCM88675=1
itmh_programmable_mode_enable.BCM88470=1
itmh_programmable_mode_enable.BCM88270=1
itmh_programmable_mode_enable.BCM88680=1


# Prepend tag to be 4 bytes or 8 bytes. Default: 4B.
# Applicable only from ARAD+
#prepend_tag_bytes=4B

# The Prepend Tag is located at (12 + 2*offset) bytes from the start of the packet.
# Range: 0-7. Default: 0
#prepend_tag_offset=0

# Enable ARP (next hop mac extension) feature
bcm886xx_next_hop_mac_extension_enable.BCM88650=1

# Set VLAN translate mode.
# 0: normal
# 1: advanced mode. Enable vlan edit settings with enhanced user control
#bcm886xx_vlan_translate_mode=0

# Set MPLS termination database mode
# Set MPLS databases location for each MPLS namespace (L1,L2,L3)
#bcm886xx_mpls_termination_database_mode=0

# Enable , Disable MPLS indexed.
# MPLS termination with known label stack location.
# Must be enabled in case device supports more than 2 MPLS label terminations (L1,L2,L3)
#mpls_termination_label_index_enable=1

# Enable FastReRoute labels in device.
#fast_reroute_labels_enable=0

# Enable MPLS Context specific. Upstream label assignment in device.
#mpls_context_specific_label_enable=0

# MPLS context.
# Can be global, per port , per interface or per port,interface.
#mpls_context=global

# MPLS TP MC reserved mac address (01-00-5E-90-00-00).
# If set device will support My-MAC termination of reserved MC Ethernet
#mpls_tp_mymac_reserved_address=0

# MPLS ELI enable disable
mpls_entropy_label_indicator_enable=0

#########################################
##cfg for BCM88202 - Ardon
#########################################

#Core clock and system reference clock (KHz)
core_clock_speed_khz.BCM88202=450000
system_ref_core_clock_khz.BCM88202=1200000

## Set TM as device mode
fap_device_mode.BCM88202=TM

## Set CPU ports header type
tm_port_header_type_in_0.BCM88202=TM
tm_port_header_type_out_0.BCM88202=TM
tm_port_header_type_in_200.BCM88202=TM
tm_port_header_type_out_200.BCM88202=TM
tm_port_header_type_in_201.BCM88202=TM
tm_port_header_type_out_201.BCM88202=TM
tm_port_header_type_in_202.BCM88202=TM
tm_port_header_type_out_202.BCM88202=TM
tm_port_header_type_in_203.BCM88202=TM
tm_port_header_type_out_203.BCM88202=TM

##### Application configuration
### Default SDK Application
ucode_port_1.BCM88202=TM_INTERNAL_PKT.0
ucode_port_13.BCM88202=TM_INTERNAL_PKT.1
ucode_port_14.BCM88202=TM_INTERNAL_PKT.2
ucode_port_15.BCM88202=TM_INTERNAL_PKT.3
ucode_port_16.BCM88202=TM_INTERNAL_PKT.4
ucode_port_17.BCM88202=TM_INTERNAL_PKT.5

### PortOpriority (additonal ports can be added)
#diag_cosq_disable.BCM88202=1
#ucode_port_1.BCM88202=IGNORE
#ucode_port_13.BCM88202=IGNORE
#ucode_port_14.BCM88202=IGNORE
#ucode_port_15.BCM88202=IGNORE
#ucode_port_16.BCM88202=IGNORE
#ucode_port_17.BCM88202=IGNORE
#ucode_port_1.BCM88202=TM_INTERNAL_PKT.0
#ucode_port_2.BCM88202=TM_INTERNAL_PKT.1
#ucode_port_3.BCM88202=TM_INTERNAL_PKT.2
#ucode_port_4.BCM88202=TM_INTERNAL_PKT.3
#ucode_port_5.BCM88202=TM_INTERNAL_PKT.4
#ucode_port_6.BCM88202=TM_INTERNAL_PKT.5
#ucode_port_7.BCM88202=TM_INTERNAL_PKT.6
#ucode_port_8.BCM88202=TM_INTERNAL_PKT.7
#ucode_port_9.BCM88202=TM_INTERNAL_PKT.8
#ucode_port_10.BCM88202=TM_INTERNAL_PKT.9
#ucode_port_11.BCM88202=TM_INTERNAL_PKT.10
#ucode_port_12.BCM88202=TM_INTERNAL_PKT.11
#ucode_port_13.BCM88202=TM_INTERNAL_PKT.12
#ucode_port_14.BCM88202=TM_INTERNAL_PKT.13
#ucode_port_15.BCM88202=TM_INTERNAL_PKT.14
#ucode_port_16.BCM88202=TM_INTERNAL_PKT.15
#ucode_port_17.BCM88202=TM_INTERNAL_PKT.16
#ucode_port_18.BCM88202=TM_INTERNAL_PKT.17
#ucode_port_19.BCM88202=TM_INTERNAL_PKT.18
#ucode_port_20.BCM88202=TM_INTERNAL_PKT.19
#ucode_port_21.BCM88202=TM_INTERNAL_PKT.20
#ucode_port_22.BCM88202=TM_INTERNAL_PKT.21
#ucode_port_23.BCM88202=TM_INTERNAL_PKT.22
#ucode_port_24.BCM88202=TM_INTERNAL_PKT.23
#ucode_port_25.BCM88202=TM_INTERNAL_PKT.24

#dtm_flow_nof_remote_cores_region_1.BCM88202=1
#dtm_flow_nof_remote_cores_region_2.BCM88202=1
#dtm_flow_nof_remote_cores_region_3.BCM88202=1
#dtm_flow_nof_remote_cores_region_4.BCM88202=1
#dtm_flow_nof_remote_cores_region_5.BCM88202=1
#dtm_flow_nof_remote_cores_region_6.BCM88202=1
#dtm_flow_nof_remote_cores_region_7.BCM88202=1
#dtm_flow_nof_remote_cores_region_8.BCM88202=1
#dtm_flow_nof_remote_cores_region_9.BCM88202=1
#dtm_flow_nof_remote_cores_region_10.BCM88202=1

### PriorityOPort
#diag_cosq_disable.BCM88202=1
#stack_enable.BCM88202=0
#ucode_port_17.BCM88202=IGNORE
#ucode_port_16.BCM88202=IGNORE
#ucode_port_15.BCM88202=IGNORE
#ucode_port_14.BCM88202=IGNORE
#ucode_port_13.BCM88202=IGNORE
#ucode_port_1.BCM88202=TM_INTERNAL_PKT.0

## Credit worth resolution (Fix the Interface rate)
credit_worth_resolution.BCM88202=medium

### Interrupts
polled_irq_mode.BCM88202=1

## To use MC-ID in the range of < 255
egress_multicast_direct_bitmap_max.BCM88202=255

### Flow Control
## Enable Flow Control to CL SCH. Relevant only to Priority Over Port application
## Valid values: 1 - Enable, 0 - Disable. Default: 0x0.
custom_feature_cl_scheduler_fc.BCM88202=1

## Valid values: 1 - Enable, 0 - Disable. Default: 0x0.
#custom_feature_high_vsi_fp.BCM88660=0

## Use lower CL. Ardon FC is mapped to CL 0-255.
dtm_flow_mapping_mode_region_65.BCM88202=1
dtm_flow_mapping_mode_region_66.BCM88202=1

### Statistic-Report Properties
stat_if_enable.BCM88202=1
stat_if_rate.BCM88202=10000
stat_if_pkt_size.BCM88202=126B
## Set the Statistic-Report mode
stat_if_report_mode.BCM88202=QSIZE
## Enable statistics reports on EnQueue. Valid valued: 0/1. Default: '1'.
stat_if_report_enqueue_enable.BCM88202=1
## Enable statistics reports on DeQueue. Valid valued: 0/1. Default: '1'.
stat_if_report_dequeue_enable.BCM88202=1

## Disable removed features
phy_1588_dpll_frequency_lock.BCM88202=0
low_power_nif_mac.BCM88202=0
low_power_fabric_mac.BCM88202=0
custom_feature_nif_recovery_enable.BCM88202=0
phy_null.BCM88202=0

## Disable counter thread
bcm_stat_interval.BCM88202=0
#bcm_stat_sync_timeout.BCM88202=0xfffffff

### EMUL changes
#diag_emulator_partial_init.BCM88202=1
#schan_timeout_usec.BCM88202=0x7fffffff
#tdma_timeout_usec.BCM88202=0x7fffffff
#tslam_timeout_usec.BCM88202=0x7fffffff
#phy_null.BCM88202=0

### Disable DMA
#tdma_timeout_usec.BCM88202=0
#tslam_timeout_usec.BCM88202=0
#table_dma_enable.BCM88202=0
#tslam_dma_enable.BCM88202=0

### Dram setup
# Number of external DRAMs.
# Allowed values for 88202: 0 / 1 (Dram D) / 2 (Dram's C, D) / 3 (Dram's B, C, D) / 4 (Dram's A, B, C, D) /
ext_ram_present.BCM88202=0

### Total size of ram
ext_ram_total_size.BCM88202=2000

### OCB
bcm886xx_ocb_databuffer_size.BCM88202=1024

# DRAM frequency (DQ/2)
ext_ram_freq.BCM88202=1200

# Dram Type. Ardon supports only DDR4.
ext_ram_type.BCM88202=DDR4

### Dram Features

## Dram Gear down mode. Valid values: 0 - Enable, 1 - Disable. Default: 0x0.
#ext_ram_gear_down_mode.BCM88202=1

## Alert_n de-assertion period above which error is considered parity error
#ext_ram_alert_n_period_thrs.BCM88202=0

## Dram Address bus inversion. Valid values: 0 - Enable, 1 - Disable. Default: 0x0.
ext_ram_abi.BCM88202=0

## Data bus inversion on write/read direction. Valid values: 0 - Disable, 1 - Enable. Default: 0x0.
ext_ram_write_dbi.BCM88202=0
ext_ram_read_dbi.BCM88202=0

## Enable write/read CRC (DDR4 does not support read CRC). Default: 0x0.
#ext_ram_write_crc=.BCM882021
#ext_ram_read_crc=.BCM882021

## Command parity latency. Valid values: 0 - Enable, 1 - Disable. Default: 0x0.
ext_ram_cmd_par_latency.BCM88202=6

## DRAM ClamShell (interface swap its HW PIN pairs during init.)
# Note: Only one of DRAMs can have its PIN swapped). Valid values: 0/1.
dram1_clamshell_enable_0.BCM88202=1
dram1_clamshell_enable_1.BCM88202=1
dram1_clamshell_enable_2.BCM88202=1
dram1_clamshell_enable_3.BCM88202=1

## Dram DQ Swap.
## Format: ext_ram_dq_swap_dramX_byteY_bitZ=M. Means, In dram X, Byte Y swap DQ Z and M. Default: No swapping.
#ext_ram_dq_swap_dram1_byte2_bit3.BCM88202=4
#ext_ram_dq_swap_dram4_byte3_bit2.BCM88202=1

### Dram Tuning (Shmoo)
ddr3_auto_tune.BCM88202=2

### Enable BIST
# Run Dram BIST on initialization, if BIST fail the initialization will fail. Default: 1.
bist_enable_dram.BCM88202=1

### Fabric
## Enable fabric links
serdes_qrtt_active_0.BCM88202=1
serdes_qrtt_active_1.BCM88202=1
serdes_qrtt_active_2.BCM88202=1
serdes_qrtt_active_3.BCM88202=1

## Firmware Load Method
load_firmware.BCM88202=2

#SFI speed rate
port_init_speed_sfi.BCM88202=11500

#LC PLL in. Default: 156.25MHz.
#xgxs_lcpll_xtal_refclk=125

#########################################
##cfg for BCM88640_A0 - Petra
#########################################

force_clk_m_n_divisors_zero_nif0.BCM88640_A0=0
force_clk_m_n_divisors_zero_fabric0.BCM88640_A0=1
force_clk_m_n_divisors_zero_comb0.BCM88640_A0=0

combo_ref_clock.BCM88640=312500

nif_ref_clock.BCM88640_A0=312500

# Use variable cell size
system_cell_format.BCM88640_A0=VCS128

# Core clock speed (MHz)
core_clock_speed.BCM88640_A0=300

# Map bcm local port to CPU/NIF interfaces
ucode_port_0.BCM88640_A0=CPU.0
ucode_port_73.BCM88640_A0=CPU.1
ucode_port_74.BCM88640_A0=CPU.2
ucode_port_75.BCM88640_A0=CPU.3
ucode_port_76.BCM88640_A0=CPU.4
ucode_port_77.BCM88640_A0=CPU.5
ucode_port_78.BCM88640_A0=CPU.6

# Interlaken ports basic configuration (temporary).
# This configuration replaces the above XAUI/RXAUI ports config
# The following PB design constraint is not enforced in SW, so must be taken
# care of here, when mapping ports to interfaces:
#   If using ilkn0, port 1 (if used) must be mapped to ilkn0
#   If using ilkn1, port 2 (if used) must be mapped to ilkn1
#   Note that in our default mapping, port 2 is mapped to RXAUI 6, thus won't
#   work. If one wants to use front panel port 2 with ilkn1, he should be map
#   RAXUI6 to a port != 2.
#ilkn_num_lanes_0.BCM88640_A0=12
#ucode_port_1.BCM88640_A0=ILKN0.0
#ucode_port_2.BCM88640_A0=ILKN0.1
#ucode_port_3.BCM88640_A0=ILKN0.2
#ilkn_num_lanes_1.BCM88640_A0=12
#ucode_port_4.BCM88640_A0=RXAUI6
#ucode_port_5.BCM88640_A0=ILKN1.0
#ucode_port_6.BCM88640_A0=ILKN1.1
#ucode_port_7.BCM88640_A0=ILKN1.2

# Default header type is derived from fap_device_mode: If fap_device_mode is
# PP, default header type is ETH. Otherwise, defualt header type is TM.
# Header type per port can be overriden.
# All options: ETH/RAW/TM/PROG/CPU/STACKING/TDM/TDM_RAW/INJECTED

# Set CPU to work with TM header (ITMH)
#tm_port_header_type_0.BCM88640_A0=TM
tm_port_header_type_in_0.BCM88640_A0=TM
tm_port_header_type_out_0.BCM88640_A0=CPU
tm_port_header_type_73.BCM88640_A0=TM
tm_port_header_type_74.BCM88640_A0=TM
tm_port_header_type_75.BCM88640_A0=TM
tm_port_header_type_76.BCM88640_A0=TM
tm_port_header_type_77.BCM88640_A0=TM
tm_port_header_type_78.BCM88640_A0=TM
# recycling port
tm_port_header_type_40.BCM88640_A0=RAW
ucode_port_40.BCM88640_A0=RCY.0

# Enable ERP and OLP ports
num_erp_tm_ports.BCM88640_A0=1
num_olp_tm_ports.BCM88640_A0=1
num_recycle_tm_ports.BCM88640_A0=1

# Dram configuration
# 600 Mhz
ext_ram_pll_r.BCM88640_A0=4
ext_ram_pll_f.BCM88640_A0=47
ext_ram_pll_q.BCM88640_A0=1
ext_ram_freq.BCM88640_A0=600

# Dbuff size
# Allowed values: 256/512/1024/2048.
ext_ram_dbuff_size.BCM88640_A0=1024

# Number of external DRAMs.
# Allowed values for 88x4x: 0/2/3/4/6.
# Allowed values for 88650: 0/2/3/4/6/8.
# ext_ram_total_size below assumed this value is 6 for 88x4x and 8 for
ext_ram_present.BCM88640_A0=6

# Dram type: Select ONLY ONE of the following DRAM types, to configure all dram
# related parameteres per type.
# Dram Type for Pb:
#dram_type_DDR3_MICRON_MT41J64M16_15E.BCM88640_A0=1
#dram_type_DDR2_MICRON_K4T51163QE_ZC_LF7.BCM88640_A0=1
#dram_type_DDR3_SAMSUNG_K4B1G1646E_HCK0_1333.BCM88640_A0=1
#dram_type_DDR3_SAMSUNG_K4B1G1646E_HCK0_1600.BCM88640_A0=1
#dram_type_GDDR3_SAMSUNG_K4J52324QE.BCM88640_A0=1
dram_type_DDR3_MICRON_MT41J128M16HA_15E_2G.BCM88640_A0=1

# QDR configuration
# Parity. Allowed values: PARITY/ECC.
ext_qdr_protection_type.BCM88640_A0=PARITY
ext_qdr_size_mbit.BCM88640_A0=72
#QDR type: QDR/QDR2P/QDR3/NONE.
ext_qdr_type.BCM88640_A0=QDR

# QDR can use the core clock, or using it's own pll. Current example is for 250MHz pll (if used).
# QDR using own pll configuration
#ext_qdr_use_core_clock_freq.BCM88640_A0=0
#ext_qdr_pll_m.BCM88640_A0=4
#ext_qdr_pll_n.BCM88640_A0=4
#ext_qdr_pll_p.BCM88640_A0=0

# QDR using core clock
ext_qdr_use_core_clock_freq.BCM88640_A0=1

#Configure MDIO. If parameter is not defined, MDIO is disabled.
mdio_clock_freq_khz.BCM88640_A0=1000

# Streaming interface configuration
streaming_if_enable_timeoutcnt.BCM88640_A0=1
streaming_if_timeout_prd.BCM88640_A0=70
streaming_if_quiet_mode.BCM88640_A0=0
streaming_if_discard_bad_parity.BCM88640_A0=0

# maximum packet size for WRED tests. 0 - means ignore max packet size.
discard_mtu_size.BCM88640_A0=0

# multicast egress vlan membership range. By default: 0-4095.
egress_multicast_direct_bitmap_max.BCM88640_A0=4095

# configure flow mapping base to 0
flow_mapping_queue_base.BCM88640_A0=0

dtm_flow_mapping_mode_region_25.BCM88640_A0=0
dtm_flow_mapping_mode_region_26.BCM88640_A0=0
dtm_flow_mapping_mode_region_27.BCM88640_A0=0
dtm_flow_mapping_mode_region_28.BCM88640_A0=0
dtm_flow_mapping_mode_region_29.BCM88640_A0=0
dtm_flow_mapping_mode_region_30.BCM88640_A0=0
dtm_flow_mapping_mode_region_31.BCM88640_A0=0
dtm_flow_mapping_mode_region_32.BCM88640_A0=0
dtm_flow_mapping_mode_region_33.BCM88640_A0=1
dtm_flow_mapping_mode_region_34.BCM88640_A0=1
dtm_flow_mapping_mode_region_35.BCM88640_A0=1
dtm_flow_mapping_mode_region_36.BCM88640_A0=1
dtm_flow_mapping_mode_region_37.BCM88640_A0=1
dtm_flow_mapping_mode_region_38.BCM88640_A0=1
dtm_flow_mapping_mode_region_39.BCM88640_A0=1
dtm_flow_mapping_mode_region_40.BCM88640_A0=1
dtm_flow_mapping_mode_region_41.BCM88640_A0=1
dtm_flow_mapping_mode_region_42.BCM88640_A0=2
dtm_flow_mapping_mode_region_43.BCM88640_A0=2
dtm_flow_mapping_mode_region_44.BCM88640_A0=2
dtm_flow_mapping_mode_region_45.BCM88640_A0=2
dtm_flow_mapping_mode_region_46.BCM88640_A0=2
dtm_flow_mapping_mode_region_47.BCM88640_A0=2
dtm_flow_mapping_mode_region_48.BCM88640_A0=2
dtm_flow_mapping_mode_region_49.BCM88640_A0=2
dtm_flow_mapping_mode_region_50.BCM88640_A0=2
dtm_flow_mapping_mode_region_51.BCM88640_A0=2
dtm_flow_mapping_mode_region_52.BCM88640_A0=2
dtm_flow_mapping_mode_region_53.BCM88640_A0=2
dtm_flow_mapping_mode_region_54.BCM88640_A0=2
dtm_flow_mapping_mode_region_55.BCM88640_A0=2

# Power up state (DOWN/UP/UP_AND_RELOCK). Can be configured per lane.
pb_serdes_lane_power_state.BCM88640_A0=UP_AND_RELOCK

# SeDes media type: Pre-configuration for tx params, according to
# media type.
# Allowed values: SHORT_BACKPLANE/LONG_BACKPLANE/CHIP2CHIP
pb_serdes_lane_tx_phys_media_type.BCM88640_A0=SHORT_BACKPLANE
pb_serdes_lane_tx_phys_media_type_28.BCM88640_A0=CHIP2CHIP
pb_serdes_lane_tx_phys_media_type_29.BCM88640_A0=CHIP2CHIP
pb_serdes_lane_tx_phys_media_type_30.BCM88640_A0=CHIP2CHIP
pb_serdes_lane_tx_phys_media_type_31.BCM88640_A0=CHIP2CHIP

system_is_fe1600_in_system.BCM88640_A0=0

# Counter engine configuration
counter_engine_source_1.BCM88640_A0=0
counter_engine_statistics_1.BCM88640_A0=4
counter_engine_source_2.BCM88640_A0=1
counter_engine_statistics_2.BCM88640_A0=4

# Statistic Reporting
stat_if_enable=0

# Clock Phases: 0/90/180/270
stat_if_phase=0

# Rate in nm
stat_if_sync_rate=0

# TRUE/FALSE
stat_if_parity_enable=FALSE

# BILLING/FAP20V
stat_if_report_mode=BILLING

# Billing Mode
# EGR_Q_NB/CUD/VSI_VLAN/BOTH_LIFS
stat_if_report_billing_mode=VSI_VLAN

# Fap20V Mode
# QUEUE/PACKET
stat_if_report_fap20v_mode=QUEUE

# QUEUE_NUM/MC_ID (only valid in Fap20V PACKET mode)
stat_if_report_fap20v_fabric_mc=QUEUE_NUM
stat_if_report_fap20v_ing_mc=QUEUE_NUM

# TRUE/FALSE (only valid in Fap20V PACKET mode)
stat_if_report_fap20v_cnm_report=FALSE

# TRUE/FALSE
stat_if_report_fap20v_count_snoop=FALSE
stat_if_report_original_pkt_size=FALSE
stat_if_report_fap20v_single_copy_reported=FALSE

schan_timeout_usec.BCM88640_A0=300000


polled_irq_mode.BCM88640_A0=0
polled_irq_delay.BCM88640_A0=1000

# Set the FTMH Load-Balancing Key extension mode
# Options for 88650: ENABLED
# Options for 88640 compatible:
# DISABLED / 8B_LB_KEY_8B_STACKING_ROUTE_HISTORY / 16B_STACKING_ROUTE_HISTORY
# Default: DISABLED
system_ftmh_load_balancing_ext_mode.BCM88640=DISABLED

#########################################
##cfg for BCM88750 (FE1600)
#########################################

fabric_device_mode.BCM88750=SINGLE_STAGE_FE2

is_dual_mode.BCM88750=0
system_is_vcs_128_in_system.BCM88750=0

system_is_dual_mode_in_system.BCM88750=0
system_is_single_mode_in_system.BCM88750=1

system_is_fe600_in_system.BCM88750=0

system_ref_core_clock_khz.BCM88750=1200000

fabric_merge_cells.BCM88750=0
fabric_multicast_mode.BCM88750=DIRECT
fabric_load_balancing_mode.BCM88750=NORMAL_LOAD_BALANCE
fabric_tdm_fragment.BCM88750=0x180
##Allows single pipe device to send TDM traffic over the fabric primary pipe - available for Fe1600_B0 only
#change  vcs128_unicast_priority to be lower than 2 - when enabling
fabric_tdm_over_primary_pipe.BCM88750=0
fabric_optimize_partial_links.BCM88750=0
vcs128_unicast_priority.BCM88750=2

polled_irq_mode.BCM88750=0
polled_irq_delay.BCM88750=1000

#Selects if to run MBIST (Memory Built In Self Test) of internal memory (tables) during startup.
#Supported values: 0=don't run, 1=run, 2=run with extra logs
#bist_enable.BCM88650=1
bist_enable.BCM88750=1
bist_enable.BCM88470=0
#High voltage driver strap. If 0, connected to 1.4V supply; if 1, connected to 1V mode.
#for specific quad use srd_tx_drv_hv_disable_quad_X where X is (FSRD num * 4 + internal quad)
srd_tx_drv_hv_disable.BCM88750=0
load_firmware.BCM88750=2

#0-LFEC 1-8b\10b 2-FEC 3-BEC
backplane_serdes_encoding.BCM88750=2

#enable\disable CL72
port_init_cl72.BCM88750=1
#Avaliable speeds for BCM88750: 5750, 6250, 10312, 11500, 12500
port_init_speed.BCM88750=10312
#LC PLL in\out 0=125MHz 1=156.25MHz
serdes_fabric_clk_freq_in.BCM88750=1
serdes_fabric_clk_freq_out.BCM88750=1
serdes_mixed_rate_enable.BCM88750_B0=0

# VSC128 or VSC256
fabric_cell_format.BCM88750=VSC256

# Core clock speed (MHz)
core_clock_speed_khz.BCM88750=533333

## CMIC interrupts:
# Enable: Use interrupts completion instead of polling completion for the following operations.
#         Options: 1 - Enable, 0 - Disable. Default: 0.
# Timeout: delay in Microsecond between the polling,
# SCHAN:
schan_intr_enable.BCM88750=0
schan_timeout_usec.BCM88750=300000
# TDMA
tdma_intr_enable.BCM88750=0
tdma_timeout_usec.BCM88750=5000000
# TSLAM
tslam_intr_enable.BCM88750=0
tslam_timeout_usec.BCM88750=5000000
# MIIM
miim_intr_enable.BCM88750=0
miim_timeout_usec.BCM88750=300000

#########################################
##cfg for BCM88950 (FE3200)
#########################################
#Device  operation
fabric_device_mode.BCM88950=SINGLE_STAGE_FE2
fabric_load_balancing_mode.BCM88950=NORMAL_LOAD_BALANCE

#Cell format
system_is_vcs_128_in_system.BCM88950=0

#Fabric pipe configuration

fabric_num_pipes.BCM88950=1
fabric_pipe_map.BCM88950=0
system_contains_multiple_pipe_device.BCM88950=0

#multicast table mode
fabric_multicast_mode.BCM88950=DIRECT
fe_mc_id_range.BCM88950=128K_HALF

#Core clock and system reference clock (KHz)
system_ref_core_clock_khz.BCM88950=1200000
core_clock_speed_khz.BCM88950=720000

#LC PLL in\out 0=125MHz 1=156.25MHz
serdes_fabric_clk_freq_in.BCM88950=0
serdes_fabric_clk_freq_out.BCM88950=1

#TODO
polled_irq_mode.BCM88950=1
polled_irq_delay.BCM88950=1000

#Memory Bist
bist_enable.BCM88950=0

#High voltage driver strap. If 0, connected to 1.25V supply; 
#if 1, connected to 1V mode (For unused Falcon Quads that are connected to 1.0V).
#for specific quad use srd_tx_drv_hv_disable_quad_X where X is (FSRD num * 4 + internal quad)
srd_tx_drv_hv_disable.BCM88950=0
load_firmware.BCM88950=0x102


##Per port properties
#Possible values - KR_FEC, 64_66, RS_FEC, LL_RS_FEC
backplane_serdes_encoding.BCM88950=RS_FEC

#enable\disable CL72
port_init_cl72.BCM88950=1

#link speed
port_init_speed.BCM88950=25000

#Link connected to a reapter
#Values: 0/1. Default: 0
#repeater_link_enable_<port>.BCM88950=0

##Fabric cell FIFO DMA
fabric_cell_fifo_dma_enable.BCM88950=1

## CMIC interrupts:
# Enable: Use interrupts completion instead of polling completion for the following operations.
#         Options: 1 - Enable, 0 - Disable. Default: 0.
# Timeout: delay in Microsecond between the polling,
# SCHAN:
schan_intr_enable.BCM88950=0
schan_timeout_usec.BCM88950=300000
# TDMA
tdma_intr_enable.BCM88950=0
tdma_timeout_usec.BCM88950=5000000
# TSLAM
tslam_intr_enable.BCM88950=0
tslam_timeout_usec.BCM88950=5000000
# MIIM
miim_intr_enable.BCM88950=0
miim_timeout_usec.BCM88950=300000

##############################
# Configuration for devices run in emulation
##############################
#diag_emulator_partial_init.BCM88470=2
#phy_simul.BCM88470=1
#system_ref_core_clock_khz.BCM88470=250000
#system_ref_core_clock_khz.BCM88470=600000
#phy_simul.BCM88270=1

polled_irq_mode.BCM88470=1
polled_irq_mode.BCM88270=1

schan_intr_enable.BCM88470=0
schan_intr_enable.BCM88270=0

# For emulation use:
#schan_timeout_usec.BCM88470=600000000
schan_timeout_usec.BCM88470=300000
schan_timeout_usec.BCM88270=200000

# TDMA
tdma_intr_enable.BCM88470=0
#tdma_intr_enable.BCM88270=0

# For emulation use:
#tdma_timeout_usec.BCM88470=600000000
tdma_timeout_usec.BCM88470=60000000
tdma_timeout_usec.BCM88270=500000

# TSLAM
tslam_intr_enable.BCM88470=0
tslam_intr_enable.BCM88270=0

# For emulation use:
#tslam_timeout_usec.BCM88470=600000000
tslam_timeout_usec.BCM88470=60000000
tslam_timeout_usec.BCM88270=500000

#otm_base_q_pair.BCM88470=2

##############################
# Config variable below are only accessed from dune.soc, and are used to
# configure BSP / example application / group of formal config variables.
##############################

# Support (and configure on init) packet processing features.
# If not defined - only traffic management capabilities are enabled.
packet_processing=1

## PCP (Petra Co-Processor) features
#pcp_elk.BCM88640_A0=1
#pcp_oam.BCM88640_A0=1
#pcp_dma.BCM88640_A0=1

## Set/Override TDM related config variables
#tdm.BCM88640_A0=1

# If set, always configures synthesizers, even if the configured rate is
# equal to
# their nominal rate. Can be disabled to speedup bringup time
# (keep in mind that if disabled, changing a synt to a non-nominal freq and
# than back to nominal will not work
#synt_over.BCM88640_A0=1

# Local variables for board synthesizers freq. Fabric, combo and nif also configure
# the *_ref_clock soc properties for these frequencies. core, ddr and phy only
# configures the synthesizer
synt_core.BCM88640_A0=100000000
synt_ddr.BCM88640_A0=125000000
synt_phy.BCM88640_A0=156250000


############################
### Warmboot & SW State ####
############################
#
#HW journal working mode. Allowed values: 0-2.
#   0 : Disabled
#   1 : Commit After Each Api
#   2 : Commit Upon User Request
ha_hw_journal_mode=0

ha_hw_journal_size=15728640
ha_sw_journal_size=15728640
ha_crash_recovery=1


# stable_size - a strict bound on the application's external storage size
stable_size.BCM88950=200000
stable_size.BCM88750=200000
stable_size.BCM88650=281000000
stable_size.BCM88675=500000000
stable_size.BCM88680=500000000
stable_size.BCM88690=500000000
stable_size.BCM88470=350000000
stable_size.BCM88270=650000000
stable_size=420000000

# determine the memory size pre-allocated for the SDK's SW State
sw_state_max_size.BCM88650=210000000
sw_state_max_size.BCM88675=350000000
sw_state_max_size.BCM88680=350000000
sw_state_max_size.BCM88470=300000000
sw_state_max_size.BCM88270=210000000
sw_state_max_size=350000000

# stable location
## part of scache initialization for warmboot persistent storage.
## values: 1-2:Not Valid for dnx 3: Store in a file  4: Use Shared Mem.
# 4 is the preffered option, using 3 for Arad and FE in order to regress both modes.
stable_location.BCM88950=3
stable_location.BCM88750=3
stable_location.BCM88650=3
stable_location.BCM88660=3
stable_location.BCM88675=3
stable_location=3

# stable_filename - the warmboot file name (if stored on a file) 
stable_filename=/tmp/warmboot_data

# emulation file name
stable_filename.BCM88470=/tmp/warmboot_data


# create the file in memory for a faster warmboot debug
#stable_filename=/dev/shm/warmboot_data

# stable_flags - not in use
stable_flags=0

############################
############################


# Bridge default logical interfaces allocation IDS
logical_port_l2_bridge.BCM88640=1
logical_port_drop.BCM88640=-1

#logical_port_mim_in.BCM88640=2
#logical_port_mim_out.BCM88640=3

## IPV6 tunnel
bcm886xx_ipv6_tunnel_enable=1

## Inlif Profile Management Mode - QoS L3 L2 marking mode
#
# BCM88660 ONLY
#
# QoS L3 L2 marking allows changing the DSCP and/or EXP values
# of IP and/or MPLS packets according to the incoming port
# (or inlif), and the Traffic Class/Drop Precedence.
#
# The inlif profile is used to control the DSCP/EXP marking.
# This SOC property controls which mode is used for the inlif profile:
# 1: Basic mode (1 bit of the inlif profile is reserved and is used for the DSCP/EXP marking).
# 0: Advanced mode (the user controls which inlif profile values perform DSCP/EXP marking directly).
#bcm886xx_qos_l3_l2_marking=1

## Unicast RPF mode per RIF
#
# This SOC property allows the user to set the unicast RPF mode - loose, strict or disabled - per RIF.
# If disabled, the unicast RPF mode of a RIF is set globally.
# Options: 0 / 1

##Jericho only, number of inrif mac termination combinations. Legal values 0 - 16, default value 16 */
#Note: Two sets of identical mac termination combinations with different RPF modes (loose and strict) 
#will consume two termination combinations resources.
#Two sets of identical mac termination combinations with and without loose RPF will consume only one resource.
number_of_inrif_mac_termination_combinations=8

##Jericho only, ipmc_l3mcastl2_mode SOC allows a per RIF program selection in the case of ipv4 MC with IPMC disable 
#instead of the global bcmSwitchL3McastL2 switch control selection.
#Legal values:
#0: bcmSwitchL3McastL2 switch control.
#1: PER In-RIF selection.
#Note that enabling this SOC will reduce the number of In-RIF mac termination combinations bits by one to a maximum of 3 bits 
#so it can't be enabled with number_of_inrif_mac_termination_combinations larger than 8.
ipmc_l3mcastl2_mode = 1

# The bcm_ipmc_add adds bridge or route entries according to the BCM_IPMC_L2 flag.
# Setting custom_feature_ipmc_set_entry_type_by_rif=1 will use the related IN-RIF IPMC state (enable/disable) 
# to select the bcm_ipmc_add entry type (bridge/route).
#custom_feature_ipmc_set_entry_type_by_rif=0

# bcm886xx_l3_ingress_urpf_enable=1

## BOS handling mode
# BCM8866X ONLY
#
# There are two ways to handle BOS, controlled by bcm886xx_mpls_termination_mode:
# 0 - Use BOS as key in lookup.
# 1 - Don't use it (except for reserved labels).
#
#bcm886xx_mpls_termination_key_mode=0

# Color resolution mode allows the user to have more detailed metering color information.
# BCM88660 ONLY
#
# Options: 0-2
# 0: A red result from both Ethernet policer and meter implies DP=3.
# 1: A red result from meter implies that DP=2, while a red result from rate (Ethernet policer) implies DP=3.
#policer_color_resolution_mode=1

## Inlif Profile Management Mode - Disable Same Interface Filter
# BCM8866X ONLY
#
# Controls which mode is used for the inlif profile management.
# 1: Basic mode (1 bit of the inlif profile is reserved and is used for the same-interface filter).
# 0: Advanced mode (the user controls which inlif profile values have the same-interface filter disabled for them).
#bcm886xx_logical_interface_bridge_filter_enable=1

## Default Block Forwarding Strength
#
# Configure the default forwarding strength of blocks.
#
# SOC Properties:
#block_trap_strength_vtt - VTT block forwarding strength
#block_trap_strength_flp - FLP block forwarding strength
#block_trap_strength_hash - SLB block forwarding strength (BCM8866X ONLY)
#block_trap_strength_pmf_0 - PMF 1st lookup forwarding strength
#block_trap_strength_pmf_1 - PMF 2nd lookup forwarding strength
#
# Options: 0-7

## Stateful Load Balancing
# BCM8866X ONLY
#
# Stateful Load Balancing (SLB) allows the load balancing of ECMP and LAG
# groups to become stateful.
# In standard load balancing, removing a member from the ECMP/LAG
# group may affect the selected member, since the formula
# depends on group size.
# In stateful load balancing the member is selected once and saved.
# Later, the member is always retrieved, and does not depend on
# the size of the LAG/ECMP group.
#
# resilient_hash_enable - Enable/disable SLB. Values:
# 1 - Enable SLB.
# 0 - Disable SLB.
#resilient_hash_enable=1

# When this flag is set (and speculative parsing is used) it is possible for a packet of L4oIPv4/6oMPLS(1-3 labels)oETH
# with MPLS forwarding to use the L4 header, otherwise the IPv4/6 is the last known header.
#Note: setting this flag can cause unexpected behavior when BOS is used in the scenario above.
#custom_feature_speculative_L4_support=0

#Make Arad SOC properties work for Arad+, by mapping the BCM88660 suffix to BCM88650
soc_family.BCM88660=BCM88650
#Make Arad SOC properties work for Jericho, by mapping the BCM88675 suffix to BCM88650
soc_family.BCM88675=BCM88650
#Make Arad SOC properties work for QMX, by mapping the BCM88375 suffix to BCM88650
soc_family.BCM88375=BCM88650
#Make Arad SOC properties work for Ardon, by mapping the BCM88202 suffix to BCM88650
soc_family.BCM88202=BCM88650
#Make FE3200 SOC properties work for FE3200 SKU 8952, by mapping the BCM88952 suffix to BCM88950
soc_family.BCM88952=BCM88950
#Make FE1600 SOC properties work for FE1600 SKU 8753, by mapping the BCM88753 suffix to BCM88750
soc_family.BCM88753=BCM88750
#Make FE1600 SOC properties work for FE1600 SKU 8752, by mapping the BCM88752 suffix to BCM88750
soc_family.BCM88752=BCM88750
#Make Arad SOC properties work for QAX, by mapping the BCM88470 suffix to BCM88650
soc_family.BCM88470=BCM88650

#Make Arad SOC properties work for QUX, by mapping the BCM88270 suffix to BCM88650
soc_family.BCM88270=BCM88650
#Make Arad SOC properties work for FLAIR, by mapping the BCM8206 suffix to BCM88650
soc_family.BCM8206=BCM88650
#Make Arad SOC properties work for JERICHO_PLUS, by mapping the BCM88470 suffix to BCM88650
soc_family.BCM88680=BCM88650

# Use different mymac addresses for ipv4 and ipv6 when using vrrp for mymac termination.
#l3_vrrp_ipv6_distinct=1

# Enable multiple mymac termination mode.
# In order to enable it, also set l3_vrrp_ipv6_distinct=0 and l3_vrrp_max_vid=0 since vrrp and
# multiple mymac mode can't co exist.
#l3_multiple_mymac_termination_enable=1

# Distinguish between ipv4 and all other l3 protocols when multiple mymac terminating
#l3_multiple_mymac_termination_mode=1

# Usually the final DP given by the meter (or the In-DP) is unchanged, and can be from 0-3.
# When this SOC property is set to 1, when the final INGRESS DP is 2,
# it is mapped to 1 instead, and thus only the values 0-1 and 3 can be output.
# This has no effect when policer_color_resolution_mode=1.
#custom_feature_always_map_result_dp_2_to_1=1

# Dynamic port feature
#custom_feature_dynamic_port=1

# low power nif mac
#low_power_nif_mac=0

# allow modifications during traffic
#custom_feature_allow_modifications_during_traffic=1

# mem_cache_enable property
# Cache memory mode - enable memory caching during init.
# Note: The user MUST add the property name with suffix '_specific' before providing the list of the cached memories.
# Possible options (suffixes):
# _all        - enable all tables (excluding read-only/write-only/dynamic/signal)
# _predefined - enable predefined list of tables
# _parity     - enable tables protected by parity field
# _ecc        - enable tables protected by ecc field
# _specific   - enable specific tables - MUST add this suffix if specific tables should be cached
# _specific_X - enable caching for memory X, where X is memory name. Note: will not work without the previous suffix
# Example: (this example will enable caching of the IHP_RECYCLE_COMMAND table)
# mem_cache_enable_specific.BCM88650=1 #(MUST be added in case specific tables should be cached)
# mem_cache_enable_specific_IHP_RECYCLE_COMMAND.BCM88650=1
# mem_cache_enable_specific.BCM88675=1
# mem_cache_enable_specific_IPS_QUEUE_PRIORITY_TABLE.BCM88675=1

mem_cache_enable_parity.BCM88650=1
mem_cache_enable_parity.BCM88675=1
mem_cache_enable_parity.BCM88202=1
mem_cache_enable_parity.BCM88750=1
mem_cache_enable_parity.BCM88950=1
mem_cache_enable_ecc=0

# mem_nocache property
# Cache memory mode - disable memory caching for specific table during init.
# Note: the user MUST add the default property name before providing the list of the uncached memories.
# Possible options (suffixes):
# specific_X - disable caching for memory X, where X is memory name. Note: will not work without the previous suffix
# Example: (this example will enable caching of the IHP_TERMINATION_PROFILE_TABLE table)
# mem_nocache.BCM88660=1 #(MUST be added in case there are uncached memories)
# mem_nocache_IHP_TERMINATION_PROFILE_TABLE.BCM88660=1
#mem_nocache.BCM88680=1
#mem_nocache_PPDB_B_LIF_TABLE_LABEL_PROTOCOL_OR_LSP.BCM88680=1
#mem_nocache_PPDB_B_LIF_TABLE.BCM88680=1


custom_feature_no_backdoor=1

# Jericho split horizon mode
# 0 - Use 0-1 range for lif orientation.
# 1 (default) - Use 0-1 range for lif orientation in AC lifs and 0-3 range for orientation in other lif types.
split_horizon_forwarding_groups_mode.BCM88675=1
split_horizon_forwarding_groups_mode.BCM88470=1
split_horizon_forwarding_groups_mode.BCM88680=1


# Entries capacities for public and private IP forwarding tables
private_ip_frwrd_table_size=500000
public_ip_frwrd_table_size=500000


#Enable KAPS ARM and Descriptor-DMA
dma_desc_aggregator_chain_length_max=500
dma_desc_aggregator_buff_size_kb=100
dma_desc_aggregator_timeout_usec=1000
dma_desc_aggregator_enable_specific_KAPS=1

#In Jericho the KAPS ARM DMA already consumes 64KB of buffer memory
dma_desc_aggregator_buff_size_kb.BCM88675=40

# Entries capacities for direct access tables in KAPS (8K granularity)
#pmf_kaps_large_db_size=8096

#enable expose of HW id instead of SW id in Traps.
bcm886xx_rx_use_hw_trap_id.BCM88650=1
bcm886xx_rx_use_hw_trap_id.BCM88675=1

# Jericho - maximum RIF Id ( valid range is 0 to 32*1024-1)
#rif_id_max=20000

#If set, never add the PPH learn extension (unless explictly required in FP action).
#bcm886xx_pph_learn_extension_disable.BCM88650=0
#bcm886xx_pph_learn_extension_disable.BCM88660=0
#bcm886xx_pph_learn_extension_disable.BCM88675=0

# Jericho - field_ip_first_fragment_parsed
#field_ip_first_fragment_parsed=0

# learning_fifo_dma_buffer_size in bytes (host memory size). Valid range is 20-327680
learning_fifo_dma_buffer_size=200000
# learning_fifo_dma_timeout in microseconds. Valid range is 0-65535. 0 means no timeout.
learning_fifo_dma_timeout=32767
# learning_fifo_dma_threshold valid range is 1-16384 (0x4000)
learning_fifo_dma_threshold=4

###################################
########### OAM and BFD ###########
###################################

# OAM / BFD initialization
# To enable OAM set oam_enable to 1
# To enable BFD set bfd_enable to 1
# Be aware that OAM requires more settings (Configuring OAMP and Recycle port)

# oam_enable=1
# bfd_enable=1

# Set OAMP port
num_oamp_ports.BCM88650=0

# If BFD is used, runtime_performance_optimize_enable_sched_allocation should be set to 0
# to prevent high memory consumption

# Disable the following:
# bcm886xx_next_hop_mac_extension_enable
# bcm886xx_ipv6_tunnel_enable

# To use IEEE 1588, configure DPLL clock

# Configure recycle port (assuming ucode_port_40=RCY.0)

#oam_rcy_port.BCM88650=40
#tm_port_header_type_in_40.BCM88650=TM
#tm_port_header_type_out_40.BCM88650=ETH
#ucode_port_40.0=RCY.0:core_0.40

# MPLS-TP channel types for OAM/BFD - If MPLS-TP used, channel should be specified
# Available types: mplstp_bfd_control_channel_type
#               mplstp_pw_ach_channel_type
#               mplstp_dlm_channel_type
#               mplstp_ilm_channel_type
#               mplstp_dm_channel_type
#               mplstp_ipv4_channel_type
#               mplstp_cc_channel_type
#               mplstp_cv_channel_type
#               mplstp_on_demand_cv_channel_type
#               mplstp_pwe_oam_channel_type
#               mplstp_ipv6_channel_type
#               mplstp_fault_oam_channel_type
#               mplstp_g8113_channel_type
#mplstp_g8113_channel_type=0x8902
#mplstp_fault_oam_channel_type=0x5678

# Use BFD MPLS TP
#bfd_encapsulation_mode=1

# Use 1711 protocol
#custom_feature_y1711_enabled=1

# OAM DMA threshold
#oamp_fifo_dma_event_interface_enable=1
#oamp_fifo_dma_event_interface_timeout=0
#oamp_fifo_dma_event_interface_buffer_size=0x1000
#oamp_fifo_dma_event_interface_threshold=10

# PORT BASED PWE TERMINATION
#pwe_termination_port_mode_enable =1

# Walk around for Inlif data Errata, for GAL packets, lookup mpls table with valid mpls label
# it's not offical solution, just for some dedicated customer.
# offical solution will be PMF. please refer the relevant doc.
#custom_feature_gal_lookup_exactly=1

custom_feature_cmodel_loopback=1

#for IPv6UC: use Tcam instead of KAPS
#custom_feature_l3_ipv6_uc_use_tcam=0
# ipv6_mc need KPB library
custom_feature_ipv6_mc_forwarding_disable = 1
vlan_match_criteria_mode=PON_PCP_ETHERTYPE